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How to use test0Pass method in green

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turtleurbanclasses_tests.py

Source:turtleurbanclasses_tests.py

...875    },876}877class ObjectCreateTest(unittest.TestCase):878    "testing HydroObject creation"879    def test0Pass(self):880        "testing creation from SUF-HYD data"881    def test1CreationGeslotenLeiding(self):882        "- just if GeslotenLeiding is created"883        repr = sampleStrings["SUFHYD"][GeslotenLeiding][0]884        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)885        self.assertEqual(obj.__class__, GeslotenLeiding)886    def test1CreationKnoop(self):887        "- just if Knoop is created"888        repr = sampleStrings["SUFHYD"][Knoop][0]889        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)890        self.assertEqual(obj.__class__, Knoop)891        repr = sampleStrings["SUFHYD"][Knoop][1]892        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)893        self.assertEqual(obj.__class__, Knoop)894    def test1CreationGemaal(self):895        "- just if Gemaal is created"896        repr = sampleStrings["SUFHYD"][Gemaal][0]897        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)898        assert isinstance(obj, Gemaal)899    def test1CreationGemaal1(self):900        "- just if Gemaal (Knoop) is created"901        repr = sampleStrings["SUFHYD"][Gemaal][1]902        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)903        self.assertEqual(obj.__class__, Gemaal_Knoop)904    def test1CreationGemaal2(self):905        "- just if Gemaal (Tak) is created"906        repr = sampleStrings["SUFHYD"][Gemaal][0]907        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)908        self.assertEqual(obj.__class__, Gemaal_Tak)909    def test1CreationOverstort1(self):910        "- just if Overstort (Knoop) is created"911        repr = sampleStrings["SUFHYD"][Overstort][0]912        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)913        self.assertEqual(obj.__class__, Overstort_Knoop)914    def test1CreationOverstort1a(self):915        "- Overstort (Knoop) is created from object that incorrectly gives gb2 and no kn2"916        repr = sampleStrings["SUFHYD"][Overstort][10]917        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)918        self.assertEqual(obj.__class__, Overstort_Knoop)919    def test1CreationOverstort2(self):920        "- just if Overstort (Tak) is created"921        repr = sampleStrings["SUFHYD"][Overstort][1]922        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)923        self.assertEqual(obj.__class__, Overstort_Tak)924    def test1CreationUitlaatMetKeerklep1(self):925        "- just if UitlaatMetKeerklep (Knoop) is created"926        repr = sampleStrings["SUFHYD"][UitlaatMetKeerklep][0]927        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)928        self.assertEqual(obj.__class__, UitlaatMetKeerklep_Knoop)929    def test1CreationUitlaatMetKeerklep2(self):930        "- just if UitlaatMetKeerklep (Tak) is created"931        repr = sampleStrings["SUFHYD"][UitlaatMetKeerklep][1]932        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)933        self.assertEqual(obj.__class__, UitlaatMetKeerklep_Tak)934    def test1CreationAfvoerendOppervlak1(self):935        "- just if AfvoerendOppervlak (Knoop) is created"936        repr = sampleStrings["SUFHYD"][AfvoerendOppervlak][0]937        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)938        self.assertEqual(obj.__class__, AfvoerendOppervlak_Knoop)939    def test1CreationAfvoerendOppervlak2(self):940        "- just if AfvoerendOppervlak (Tak) is created"941        repr = sampleStrings["SUFHYD"][AfvoerendOppervlak][1]942        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)943        self.assertEqual(obj.__class__, AfvoerendOppervlak_Tak)944    def test1CreationZ(self):945        "- batch testing creation"946        for i in sum(list(sampleStrings["SUFHYD"].values()), []):947            HydroObjectFactory.hydroObjectFromSUFHYD(i)948    def test2Fields(self):949        "- if Knoop got the string fields"950        repr = sampleStrings["SUFHYD"][Knoop][3]951        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)952        self.assertEqual(obj.fields["ide_knp"], "0000NUENEN")953        self.assertEqual(obj.fields["ide_geb"], "   ")954        self.assertEqual(obj.fields["knp_xco"], "  166060600")955    def test3Attribs(self):956        "- if Knoop has the correct attributes"957        repr = sampleStrings["SUFHYD"][Knoop][3]958        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)959        self.assertEqual(obj.ide_knp, "0000NUENEN")960        self.assertEqual(obj.ide_geb, "")961        self.assertEqual(obj.knp_xco, 166060600)962    def test40AttribKnoop_afv_hel(self):963        "- if Knoop has integer afv_hel"964        repr = sampleStrings["SUFHYD"][Knoop][11]965        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)966        self.assertEqual(obj.afv_hel, 0)967    def test42AttribGeslotenLeiding_afv_hel(self):968        "- if GeslotenLeiding has float afv_hel"969        repr = sampleStrings["SUFHYD"][GeslotenLeiding][10]970        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)971        self.assertEqual(obj.afv_hel, 0.0)972    def test43AttribGeslotenLeiding_unknown(self):973        "- if GeslotenLeiding hellevoetsluis"974        repr = sampleStrings["SUFHYD"][GeslotenLeiding][11]975        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)976        self.assertEqual(obj.afv_hel, 0.0)977    def test44AttribGeslotenLeiding_space_in_id(self):978        "- if GeslotenLeiding accepts space in id"979        repr = sampleStrings["SUFHYD"][GeslotenLeiding][12]980        obj = HydroObjectFactory.hydroObjectFromSUFHYD(repr)981        self.assertEqual(obj.ide_kn2, "000 GLDRP")982    def test5ReproduceAfvoerendOppervlak(self):983        "- if AfvoerendOppervlak knows how to represent itself"984        input = sampleStrings["SUFHYD"][AfvoerendOppervlak][0]985        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)986        output = obj.toSufHyd()987        self.assertEqual(input.strip(), output.strip())988    def test5ReproduceBergendOppervlakKnoop(self):989        "- if BergendOppervlak knows how to represent itself"990        input = sampleStrings["SUFHYD"][BergendOppervlakKnoop][0]991        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)992        output = obj.toSufHyd()993        self.assertEqual(input.strip(), output.strip())994    def test5ReproduceDoorlaat(self):995        "- if Doorlaat knows how to represent itself"996        input = sampleStrings["SUFHYD"][Doorlaat][0]997        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)998        output = obj.toSufHyd()999        self.assertEqual(input.strip(), output.strip())1000    def test5ReproduceGemaal(self):1001        "- if Gemaal knows how to represent itself"1002        input = sampleStrings["SUFHYD"][Gemaal][0]1003        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1004        output = obj.toSufHyd()1005        self.assertEqual(input.strip(), output.strip())1006    def test5ReproduceGemaalMultiPump(self):1007        "- if Gemaal (more than one pump) knows how to represent itself"1008        for input in sampleStrings["SUFHYD"][Gemaal]:1009            obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1010            output = obj.toSufHyd()1011            self.assertEqual(input.strip(), output.strip())1012    def test5ReproduceGeslotenLeiding(self):1013        "- if GeslotenLeiding knows how to represent itself"1014        input = sampleStrings["SUFHYD"][GeslotenLeiding][4]1015        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1016        output = obj.toSufHyd()1017        output = output.strip()1018        input = input.strip()1019        self.assertEqual(input.strip(), output.strip())1020    def test5ReproduceKnoop(self):1021        "- if Knoop knows how to represent itself"1022        input = sampleStrings["SUFHYD"][Knoop][2]1023        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1024        output = obj.toSufHyd()1025        self.assertEqual(input.strip(), output.strip())1026    def test5ReproduceOverstort(self):1027        "- if Overstort (Knoop) knows how to represent itself"1028        input = sampleStrings["SUFHYD"][Overstort][0]1029        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1030        output = obj.toSufHyd()1031        self.assertEqual(input.strip(), output.strip())1032    def test5ReproduceOverstort1(self):1033        "- if Overstort (Tak) knows how to represent itself"1034        input = sampleStrings["SUFHYD"][Overstort][1]1035        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1036        output = obj.toSufHyd()1037        self.assertEqual(input.strip(), output.strip())1038    def test5ReproduceUitlaatMetKeerklep(self):1039        "- if UitlaatMetKeerklep (Knoop) knows how to represent itself"1040        input = sampleStrings["SUFHYD"][UitlaatMetKeerklep][0]1041        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1042        output = obj.toSufHyd()1043        self.assertEqual(input.strip(), output.strip())1044    def test5ReproduceUitlaatMetKeerklep1(self):1045        "- if UitlaatMetKeerklep (Tak) knows how to represent itself"1046        input = sampleStrings["SUFHYD"][UitlaatMetKeerklep][1]1047        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1048        output = obj.toSufHyd()1049        self.assertEqual(input.strip(), output.strip())1050    def test5ReproduceOverstortShort(self):1051        "- if the last field is recognized"1052        input = sampleStrings["SUFHYD"][Overstort][0].strip()1053        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1054        output = obj.toSufHyd()1055        self.assertEqual(input.strip(), output.strip())1056    def test5ReproduceDWAVerloopPerInwoner(self):1057        "- if DWAVerloopPerInwoner knows how to represent itself"1058        for input in sampleStrings["SUFHYD"][DWAVerloopPerInwoner]:1059            obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1060            output = obj.toSufHyd()1061            self.assertEqual(input.strip(), output.strip())1062    def test4CreatingDummyEnd(self):1063        "- if we can create an End object without having any string to parse"1064        obj = End()1065        self.assertEqual(obj.__class__, End)1066        self.assertEqual(obj.toSufHyd().strip(), "*END")1067    def test4CreationAlgemeneInformatie1(self):1068        "- only one AlgemeneInformatie is created from multiple lines"1069        repr = "\n".join(sampleStrings["SUFHYD"][AlgemeneInformatie])1070        objlist = HydroObjectFactory.hydroObjectListFromSUFHYD(repr)1071        self.assertEqual(len(objlist), 1)1072        self.assertEqual(objlist[0].__class__, AlgemeneInformatie)1073    def test4CreationAlgemeneInformatie2(self):1074        "- the single AlgemeneInformatie contains all information"1075        # just get the object that we know we can create!1076        repr = "\n".join(1077            [i.strip() for i in sampleStrings["SUFHYD"][AlgemeneInformatie]]1078        )1079        obj = HydroObjectFactory.hydroObjectListFromSUFHYD(repr)[0]1080        [k for k in AlgemeneInformatie.field_names if isSufHydKey(k)]1081        self.assertEqual(obj.alg_dat, "20050315")1082        self.assertEqual(obj.alg_opd, "")1083        self.assertEqual(obj.alg_uit, "")1084        self.assertEqual(obj.alg_oms, "dwa")1085        self.assertEqual(obj.alg_ove, r"exported from Sobek D:\Sobek\EHOVEN.lit\3")1086    def test61UnreadableCausesException0(self):1087        "- unknown sufhyd line causes RuntimeError"1088        input = "this is not a sufhyd line"1089        self.assertRaises(RuntimeError, HydroObjectFactory.hydroObjectFromSUFHYD, input)1090    def test62UnreadableCausesException1(self):1091        "- GeslotenLeiding can't be generated from *KNP"1092        input = sampleStrings["SUFHYD"][Knoop][0]1093        self.assertRaises(RuntimeError, GeslotenLeiding, "SUFHYD", input)1094    def test63UnreadableCausesException2(self):1095        "- wrong sufhyd line causes RuntimeError"1096        handler.flush()1097        input = "*OVS       J1907W                 3       17.8  0.941 16..45"1098        self.assertRaises(RuntimeError, HydroObjectFactory.hydroObjectFromSUFHYD, input)1099        self.assertEqual(len(handler.content), 1)1100    def test63UnreadableCausesException4(self):1101        "- wrong sufhyd line causes RuntimeError"1102        handler.flush()1103        input = "*KNP 8484560                                             -1.00      100            0.008 01 "1104        self.assertRaises(RuntimeError, HydroObjectFactory.hydroObjectFromSUFHYD, input)1105        self.assertEqual(len(handler.content), 1)1106    def test64NonBlockingUnreadable(self):1107        "- do not stop when seeing an unreadable line"1108        handler.flush()1109        input = []1110        input.extend(sampleStrings["SUFHYD"][Knoop])1111        input.append("*OVS       J1907W                 3       17.8  0.941 16..45")1112        input.extend(sampleStrings["SUFHYD"][GeslotenLeiding])1113        input.append("*END")1114        input_str = "\n".join(input)1115        obj_list = HydroObjectFactory.hydroObjectListFromSUFHYD(input_str)1116        self.assertEqual(1117            len(obj_list),1118            len(sampleStrings["SUFHYD"][Knoop])1119            + len(sampleStrings["SUFHYD"][GeslotenLeiding])1120            + 1,1121        )1122        self.assertEqual(len(handler.content), 3)1123    def test650ReportingUnreadable(self):1124        "- the unreadable line is reported (WARNING), no class so no split"1125        handler.flush()1126        input = []1127        input.extend(sampleStrings["SUFHYD"][Knoop])1128        input.append(" *OVS       J1907W                 3       17.8  0.941 16..45")1129        input.extend(sampleStrings["SUFHYD"][GeslotenLeiding])1130        input.append("*END")1131        input_str = "\n".join(input)1132        handler.flush()1133        HydroObjectFactory.hydroObjectListFromSUFHYD(input_str)1134        expect = " *OVS       J1907W                 3       17.8  0.941 16..45"1135        records = [i for i in handler.content if i.find(expect) != -1]1136        self.assertEqual(len(records), 1)1137        self.assertEqual(records[0].split("|")[1], "WARNING")1138    def test651ReportingUnreadable(self):1139        "- the unreadable line is reported (WARNING), split according to most likely class"1140        input = []1141        input.extend(sampleStrings["SUFHYD"][Knoop])1142        input.append("*OVS       J1907W                 3       17.8  0.941 16..45")1143        input.extend(sampleStrings["SUFHYD"][GeslotenLeiding])1144        input.append("*END")1145        input_str = "\n".join(input)1146        handler.flush()1147        HydroObjectFactory.hydroObjectListFromSUFHYD(input_str)1148        expect = "|*OVS|   |    J1907W|   |          |  |  3    |   17.8 | 0.941| 1|6.|.45||||||"1149        records = [i for i in handler.content if i.find(expect) != -1]1150        self.assertEqual(len(records), 1)1151        self.assertEqual(records[0].split("|")[1], "WARNING")1152    def test66ReportingUnreadableGeometry(self):1153        "- if geometry makes use of non existent nodes it is logged as WARNING"1154        input = []1155        input.extend(sampleStrings["SUFHYD"][Knoop][:-6])1156        input.extend(sampleStrings["SUFHYD"][GeslotenLeiding])1157        input.append("*END")1158        input_str = "\n".join(input)1159        handler.flush()1160        obj_list = HydroObjectFactory.hydroObjectListFromSUFHYD(input_str)1161        HydroObjectFactory.propagateGeometries(obj_list)1162        expect = "*LEI:0000K16618->0000K16620"1163        records = [i for i in handler.content if i.find(expect) != -1]1164        self.assertEqual(len(records), 1)1165        self.assertEqual(records[0].split("|")[1], "WARNING")1166    def test70ObjectsHaveStartPointId(self):1167        "- all objects have a get_start_pointId"1168        for thisClass in list(sampleStrings["SUFHYD"].keys()):1169            obj = HydroObjectFactory.hydroObjectFromSUFHYD(1170                sampleStrings["SUFHYD"][thisClass][0]1171            )1172            obj.get_start_pointId()1173    def test71VertexNameDoesNotGetLeadingZeroes(self):1174        "- a vertex name shorter than 10 is NOT padded with leading zeroes - ticket 151"1175        input = "*OVS      BYPASS2                33       3     0.941   1   10.40"1176        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1177        self.assertEqual(obj.get_start_pointId(), "BYPASS2")1178    def test72VertexNameCanBeJustAreaCode(self):1179        "- a destination vertex name with just area code is empty - ticket 150"1180        input = "*OVS 00   BYPASS2 00             33       3     0.941   1   10.40"1181        obj = HydroObjectFactory.hydroObjectFromSUFHYD(input)1182        self.assertEqual(obj.get_start_pointId(), "00_BYPASS2")1183        self.assertEqual(obj.get_end_pointId(), "")1184        self.assertEqual(obj.__class__, Overstort_Knoop)1185class FileReadTest(unittest.TestCase):1186    "testing reading sequence of HydroObject objects"1187    input = """\1188*KNP   0000NOORD1                 164371100  388463700   19.14  0   100   100.000        00    5.001189*KNP   0000NOORD2                 163804600  385965500   19.14  0   100   100.000        00    2.001190*KNP   000RWZINRD                 162964800  385605500   15.41  0   100     1.000        00    8.001191*KNP   0000NUENEN                 166060600  386760700   19.14  0   100    36.742        00    6.141192*KNP   000NUENEN2                 166065600  386760700   19.14  0   100     4.000        00    6.141193*LEI   0000NOORD1   0000NOORD2      5.00    2.002561.63           1.500  2.000 021194*LEI   0000NOORD2   000RWZINRD      2.00    1.00 999.00           1.500  2.000 021195*LEI   0000NUENEN   000NUENEN2      6.14    6.14  50.00           1.000        041196*END1197"""1198    def test0Pass(self):1199        "testing reading/writing sequence of HydroObject objects"1200    def test1ReadingSequence(self):1201        "- if a sequence of lines is read into equal sized sequence of objects"1202        obj_list = HydroObjectFactory.hydroObjectListFromSUFHYD(self.input)1203        self.assertEqual(len(obj_list), 9)1204    def test2ReadingSequence(self):1205        "- if a sequence of lines is read into corresponding sequence of objects"1206        obj_list = HydroObjectFactory.hydroObjectListFromSUFHYD(self.input)1207        obj_types = [1208            Knoop,1209            Knoop,1210            Knoop,1211            Knoop,1212            Knoop,1213            GeslotenLeiding,1214            GeslotenLeiding,1215            GeslotenLeiding,1216            End,1217        ]1218        for i, j in map(None, obj_list, obj_types):1219            self.assertEqual(i.__class__, j)1220    def test3ReproducingSequence(self):1221        "- reading a sequence of lines and comparing the representation"1222        obj_list = HydroObjectFactory.hydroObjectListFromSUFHYD(self.input)1223        obj_str_list = re.split("[\n\r]+", self.input)1224        for i, j in map(None, obj_list, obj_str_list):1225            if i:1226                output = i.toSufHyd()1227            else:1228                output = ""1229            self.assertEqual(output.strip(), j.strip())1230class ObjectCreateFromGMLTest(unittest.TestCase):1231    "testing HydroObject creation"1232    geslotenLeiding = sampleStrings["GML"][GeslotenLeiding][0]1233    def test0Pass(self):1234        "testing creation from GML data"1235        pass1236    def test1CreateKnoop(self):1237        "- can I choose the correct class (Knoop)?"1238        obj = HydroObjectFactory.hydroObjectFromGML(sampleStrings["GML"][Knoop][0])1239        self.assertEqual(obj.__class__, Knoop)1240    def test1CreateGeslotenLeiding(self):1241        "- can I choose the correct class (GeslotenLeiding)?"1242        obj = HydroObjectFactory.hydroObjectFromGML(1243            sampleStrings["GML"][GeslotenLeiding][0]1244        )1245        self.assertEqual(obj.__class__, GeslotenLeiding)1246    def test2CreateGeslotenLeiding(self):1247        "- are GeslotenLeiding string fields read correctly?"1248        obj = HydroObjectFactory.hydroObjectFromGML(1249            sampleStrings["GML"][GeslotenLeiding][0]1250        )1251        self.assertEqual(obj.fields["bob_kn2"], "2.00")1252    def test2CreateKnoop(self):1253        "- are Knoop string fields read correctly?"1254        obj = HydroObjectFactory.hydroObjectFromGML(sampleStrings["GML"][Knoop][0])1255        self.assertEqual(obj.fields["knp_xco"], "164371.100")1256    def test3CreateGeslotenLeiding(self):1257        "- are GeslotenLeiding attributes read correctly?"1258        obj = HydroObjectFactory.hydroObjectFromGML(1259            sampleStrings["GML"][GeslotenLeiding][0]1260        )1261        self.assertEqual(obj.bob_kn2, 2.00)1262    def test3CreateKnoop(self):1263        "- are Knoop attributes read correctly?"1264        obj = HydroObjectFactory.hydroObjectFromGML(sampleStrings["GML"][Knoop][0])1265        self.assertEqual(obj.knp_xco, 164371100)1266    def test4CreateKnoopIntegerCoordinate(self):1267        "- are Knoop coordinates read correctly even if integer valued?"1268        obj = HydroObjectFactory.hydroObjectFromGML(sampleStrings["GML"][Knoop][3])1269        self.assertEqual(obj.knp_yco, 490003000)1270    def test4CreateTakGemaal(self):1271        "- does Gemaal_Tak know of its end point?"1272        obj = HydroObjectFactory.hydroObjectFromGML(sampleStrings["GML"][Gemaal][1])1273        self.assertEqual(obj.__class__, Gemaal_Tak)1274        self.assertEqual(obj.ide_kn2, "0000DWA_72")1275    def test4CreateTakAfvoerendOppervlak(self):1276        "- does AfvoerendOppervlak_Tak know of its end point?"1277        obj = HydroObjectFactory.hydroObjectFromGML(1278            sampleStrings["GML"][AfvoerendOppervlak][1]1279        )1280        self.assertEqual(obj.__class__, AfvoerendOppervlak_Tak)1281        self.assertEqual(obj.ide_kn2, "0000DWA_56")1282class GMLFileReadTest(unittest.TestCase):1283    "testing HydroObject creation"1284    def test0Pass(self):1285        "testing creation from GML file"1286        pass1287    def test1ReadingSequence(self):1288        "- do we get a correctly sized sequence?"1289        handler.flush()1290        handler.setLevel(logging.ERROR)1291        fakeFile = "\n".join(sum(list(sampleStrings["GML"].values()), []) * 4)1292        obj_list = HydroObjectFactory.hydroObjectListFromGML(fakeFile)1293        self.assertEqual(1294            len(obj_list), len(sum(list(sampleStrings["GML"].values()), [])) * 41295        )1296        self.assertEqual(handler.content, [])1297        handler.setLevel(logging.DEBUG)1298    def test2ReadingSequence(self):1299        "- do we get a sequence with the correct types?"1300        fakeFile = (1301            sampleStrings["GML"][Knoop][0] + sampleStrings["GML"][GeslotenLeiding][0]1302        ) * 41303        expected = [Knoop, GeslotenLeiding] * 41304        obj_list = HydroObjectFactory.hydroObjectListFromGML(fakeFile)1305        for i, j in map(None, obj_list, expected):1306            self.assertEqual(i.__class__, j)1307    def test3inconsistentInput(self):1308        "- do we notice inconsistent ide_rec/fme:<type>?"1309        fakeFile = """\1310<gml:featureMember>1311<fme:AfvoerendOppervlak_Tak gml:id="id6d8bd245-d54f-4d62-906c-24e8515b157b">1312<fme:OBJECTID_1>1</fme:OBJECTID_1>1313<fme:FID_leid_s>38</fme:FID_leid_s>1314<fme:fid_>0</fme:fid_>1315<fme:objectid>0</fme:objectid>1316<fme:opmerking> </fme:opmerking>1317<fme:ide_rec>*LEI</fme:ide_rec>1318</fme:AfvoerendOppervlak_Tak>1319</gml:featureMember>1320"""1321        handler.flush()1322        HydroObjectFactory.hydroObjectListFromGML(fakeFile)1323        # self.assertEqual(obj_list, [])1324        expect = "does not match declared fme:"1325        records = [i for i in handler.content if i.find(expect) != -1]1326        self.assertEqual(len(records), 1)1327        self.assertEqual(records[0].split("|")[1], "WARNING")1328class GMLElementFromDescription(unittest.TestCase):1329    def test0Pass(self):1330        "testing generation of element describing a field"1331        pass1332    def test1AtomicTypeInt(self):1333        '- xsd: type is int, expect "integer"'1334        e = GmlElement("aan_inw", int, 4)1335        self.assertEqual(1336            e.toxsd(), '<element name="aan_inw" minOccurs="0" type="integer"/>'1337        )1338        pass1339    def test1AtomicTypeFloat(self):1340        '- xsd: type is float, expect "double"'1341        e = GmlElement("lei_len", float, 7, 2)1342        self.assertEqual(1343            e.toxsd(), '<element name="lei_len" minOccurs="0" type="double"/>'1344        )1345        pass1346    def test1SimpleTypeString(self):1347        "- xsd: type is str, expect simpleElement plus restriction..."1348        e = GmlElement("lei_typ", str, 2)1349        self.assertEqual(1350            e.toxsd(),1351            """\1352<element name="lei_typ" minOccurs="0">1353<simpleType>1354<restriction base="string">1355<maxLength value="2"/>1356</restriction>1357</simpleType>1358</element>""",1359        )1360        pass1361    def test2AtomicTypeInt(self):1362        "- checking xml representation of integer value"1363        e = GmlElement("aan_inw", int, 4)1364        e.setValue(25)1365        self.assertEqual(e.toxml(), "<fme:aan_inw>25</fme:aan_inw>")1366        pass1367    def test2AtomicTypeFloat(self):1368        "- checking xml representation of floating value"1369        e = GmlElement("lei_len", float, 7, 2)1370        e.setValue(40.02)1371        self.assertEqual(e.toxml(), "<fme:lei_len>40.02</fme:lei_len>")1372        pass1373    def test2AtomicTypeFloatRounded(self):1374        "- checking xml representation of floating value - with rounding error"1375        e = GmlElement("lei_len", float, 7, 2)1376        e.setValue(40.0199996)1377        self.assertEqual(e.toxml(), "<fme:lei_len>40.02</fme:lei_len>")1378        pass1379    def test2SimpleTypeString(self):1380        "- checking xml representation of string value"1381        e = GmlElement("lei_typ", str, 2)1382        e.setValue("RW")1383        self.assertEqual(e.toxml(), "<fme:lei_typ>RW</fme:lei_typ>")1384        pass1385    def test3KnoopXsdRepresentation(self):1386        """- complete xsd representation of Knoop"""1387        obj = Knoop(1388            "SUFHYD",1389            "*KNP   0000NOORD1                 164371100  388463700   19.14  0   100   100.000        00    5.00                   ",1390        )1391        self.assertEqual(obj.toxsd(), sampleStrings["XSD"][Knoop])1392        pass1393    def test3GeslotenLeidingXsdRepresentation(self):1394        """- complete xsd representation of GeslotenLeiding"""1395        obj = GeslotenLeiding(1396            "SUFHYD",1397            "*LEI   0000NOORD1   0000NOORD2      5.00    2.002561.63           1.500  2.000 02                                      ",1398        )1399        self.assertEqual(obj.toxsd(), sampleStrings["XSD"][GeslotenLeiding])1400        pass1401class GMLTextProductionSingleObjectTest(unittest.TestCase):1402    sufhyd_knoop = sampleStrings["SUFHYD"][Knoop][0]1403    gml_knoop = sampleStrings["GML"][Knoop][1]1404    def test0Pass(self):1405        "testing production of gml data"1406        pass1407    def test1AlmostEmptyKnoop(self):1408        "- a 'Knoop' object with very few attributes"1409        obj = Knoop("SUFHYD", sampleStrings["SUFHYD"][Knoop][0])1410        self.assertEqual(obj.toxml(), sampleStrings["GML"][Knoop][0] % obj.__dict__)1411    def test1AlmostEmptyGeslotenLeiding(self):1412        "- a 'GeslotenLeiding' object with very few attributes"1413        obj = GeslotenLeiding("SUFHYD", sampleStrings["SUFHYD"][GeslotenLeiding][0])1414        self.assertEqual(1415            obj.toxml(), sampleStrings["GML"][GeslotenLeiding][0] % obj.__dict__1416        )1417    def test2DWAVerloopPerInwoner(self):1418        "- a 'DWAVerloopPerInwoner' object with all attributes"1419        obj = DWAVerloopPerInwoner(1420            "SUFHYD", sampleStrings["SUFHYD"][DWAVerloopPerInwoner][0]1421        )1422        self.assertEqual(1423            obj.toxml(), sampleStrings["GML"][DWAVerloopPerInwoner][0] % obj.__dict__1424        )1425    def test2GemaalVertexHasGeoproperties(self):1426        "- a 'Gemaal' (Vertex) has Vertex geoproperties"1427        HydroObjectFactory.hydroObjectListFromSUFHYD(sampleStrings["SUFHYD"][Gemaal][0])1428        # obj.1429class GMLConsistentNetworkTest(unittest.TestCase):1430    elem_list = (1431        sampleStrings["SUFHYD"][Knoop] + sampleStrings["SUFHYD"][GeslotenLeiding]1432    )1433    fake_file = "\n".join(elem_list)1434    def test0Pass(self):1435        "production of gml data for a network with Knoop and GeslotenLeidingen"1436        pass1437    def test1ReadingTheData(self):1438        "- is the data read at all?"1439        obj_list = HydroObjectFactory.hydroObjectListFromSUFHYD(self.fake_file)1440        self.assertEqual(len(obj_list), len(self.elem_list))1441        pass1442    def test2DoEdgeElementsKnowAboutTheirExtremePoints(self):1443        "- do edge elements know about their extreme points?"1444        obj = HydroObjectFactory.hydroObjectFromSUFHYD(1445            sampleStrings["SUFHYD"][GeslotenLeiding][0]1446        )1447        self.assertEqual(obj.__class__, GeslotenLeiding)1448        self.assertEqual(obj.get_start_pointId(), "0000NOORD1")...

examples.py

Source:examples.py

2import sys3import unittest4doctest_modules = ["green.examples"]5class TestStates(unittest.TestCase):6    def test0Pass(self):7        """8        This test will print output to stdout, and then pass.9        """10        print("Sunshine and daisies")11    def test1Fail(self):12        """13        This test will print output to stderr, and then fail an assertion.14        """15        sys.stderr.write("Doom and gloom.\n")16        self.assertTrue(False)17    def test2Error(self):18        """19        An Exception will be raised (and not caught) while running this test.20        """...

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