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How to use step1 method in grail

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DoSuperpixel.py

Source:DoSuperpixel.py

1from point import Point2from EnforceConnectivity import EnforceConnectivity3from preEnforceConnetivity import preEnforceConnectivity4import numpy as np5import sys6import time7from scipy.io import loadmat8from test_utils import compare_matrix9import math10from math import pow11import pickle12DBL_MAX = sys.float_info[0]  # max float value13TEST_INITIALIZATION = False14TEST_KMEANS_LABEL = False15FAKE_KMEANS_LABEL = False16TEST_PEC_LABEL = False17FAKE_EC_LABEL = False18# Perform weighted kmeans iteratively in the ten dimensional feature space.19def DoSuperpixel(L1: np.ndarray, L2: np.ndarray, a1: np.ndarray, a2: np.ndarray, b1: np.ndarray, b2: np.ndarray,20                 x1: np.ndarray, x2: np.ndarray, y1: np.ndarray, y2: np.ndarray,21                 W: np.ndarray, label: np.ndarray, seedArray: list, seedNum: int, nRows: int, nCols: int, StepX: int,22                 StepY: int, iterationNum: int, thresholdCoef: int, new_label: np.ndarray):23    if FAKE_KMEANS_LABEL:24        iterationNum = -125    print("\t[{}] [DoSuperpixel.py]: Pre-treatment".format(time.ctime()[11:19]))26    dist = np.empty([nRows, nCols], dtype=np.float64)27    centerL1 = np.empty([seedNum], dtype=np.float64)28    centerL2 = np.empty([seedNum], dtype=np.float64)29    centera1 = np.empty([seedNum], dtype=np.float64)30    centera2 = np.empty([seedNum], dtype=np.float64)31    centerb1 = np.empty([seedNum], dtype=np.float64)32    centerb2 = np.empty([seedNum], dtype=np.float64)33    centerx1 = np.empty([seedNum], dtype=np.float64)34    centerx2 = np.empty([seedNum], dtype=np.float64)35    centery1 = np.empty([seedNum], dtype=np.float64)36    centery2 = np.empty([seedNum], dtype=np.float64)37    WSum = np.empty([seedNum], dtype=np.float64)38    clusterSize = np.empty([seedNum], dtype=np.int32)39    print("\t[{}] [DoSuperpixel.py]: Initialization".format(time.ctime()[11:19]))40    for i in range(seedNum):41        centerL1[i] = 042        centerL2[i] = 043        centera1[i] = 044        centera2[i] = 045        centerb1[i] = 046        centerb2[i] = 047        centerx1[i] = 048        centerx2[i] = 049        centery1[i] = 050        centery2[i] = 051        x = seedArray[i].x52        y = seedArray[i].y53        minX = int(0 if x - StepX // 4 <= 0 else x - StepX // 4)54        minY = int(0 if y - StepY // 4 <= 0 else y - StepY // 4)55        maxX = int(nRows - 1 if x + StepX // 4 >= nRows - 1 else x + StepX // 4)56        maxY = int(nCols - 1 if y + StepY // 4 >= nCols - 1 else y + StepY // 4)57        Count = 058        for j in range(minX, maxX + 1):59            for k in range(minY, maxY + 1):60                Count += 161                centerL1[i] += L1[j][k]62                centerL2[i] += L2[j][k]63                centera1[i] += a1[j][k]64                centera2[i] += a2[j][k]65                centerb1[i] += b1[j][k]66                centerb2[i] += b2[j][k]67                centerx1[i] += x1[j][k]68                centerx2[i] += x2[j][k]69                centery1[i] += y1[j][k]70                centery2[i] += y2[j][k]71        centerL1[i] /= Count72        centerL2[i] /= Count73        centera1[i] /= Count74        centera2[i] /= Count75        centerb1[i] /= Count76        centerb2[i] /= Count77        centerx1[i] /= Count78        centerx2[i] /= Count79        centery1[i] /= Count80        centery2[i] /= Count81    if TEST_INITIALIZATION:82        data = loadmat("test_27_DOS_Initialization_centers.mat")83        print(compare_matrix.compare_1D_array(centerL1, data["tCenterL1"].reshape([200]), 10, 1e-8), end="", flush=True)84        print(compare_matrix.compare_1D_array(centerL2, data["tCenterL2"].reshape([200]), 10, 1e-8), end="", flush=True)85        print(compare_matrix.compare_1D_array(centera1, data["tCentera1"].reshape([200]), 10, 1e-8), end="", flush=True)86        print(compare_matrix.compare_1D_array(centera2, data["tCentera2"].reshape([200]), 10, 1e-8), end="", flush=True)87        print(compare_matrix.compare_1D_array(centerb1, data["tCenterb1"].reshape([200]), 10, 1e-8), end="", flush=True)88        print(compare_matrix.compare_1D_array(centerb2, data["tCenterb2"].reshape([200]), 10, 1e-8), end="", flush=True)89        print(compare_matrix.compare_1D_array(centerx1, data["tCenterx1"].reshape([200]), 10, 1e-8), end="", flush=True)90        print(compare_matrix.compare_1D_array(centerx2, data["tCenterx2"].reshape([200]), 10, 1e-8), end="", flush=True)91        print(compare_matrix.compare_1D_array(centery1, data["tCentery1"].reshape([200]), 10, 1e-8), end="", flush=True)92        print(compare_matrix.compare_1D_array(centery2, data["tCentery2"].reshape([200]), 10, 1e-8), end="", flush=True)93    # exit()94    print("\t[{}] [DoSuperpixel.py]: K-means".format(time.ctime()[11:19]))95    for iteration in range(iterationNum + 1):96        print("\t\t[{}] [DoSuperpixel.py]: K-means_iter_{}_step_1".format(time.ctime()[11:19], iteration))97        for i in range(nRows):98            for j in range(nCols):99                dist[i][j] = DBL_MAX100        for i in range(seedNum):101            # print("\t\t[{}] [DoSuperpixel.py]: K-means_iter_{}_seed{}".format(time.ctime()[11:19], iteration, i))102            x = seedArray[i].x103            y = seedArray[i].y104            minX = int(0 if x - StepX <= 0 else x - StepX)105            minY = int(0 if y - StepY <= 0 else y - StepY)106            maxX = int(nRows - 1 if x + StepX >= nRows - 1 else x + StepX)107            maxY = int(nCols - 1 if y + StepY >= nCols - 1 else y + StepY)108            # my implementation start109            step1_min_x = minX110            step1_max_x = maxX + 1111            step1_min_y = minY112            step1_max_y = maxY + 1113            step1_vpow = np.vectorize(lambda _: _ * _)114            step1_L1_pow = step1_vpow(L1[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centerL1[i])115            step1_L2_pow = step1_vpow(L2[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centerL2[i])116            step1_a1_pow = step1_vpow(a1[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centera1[i])117            step1_a2_pow = step1_vpow(a2[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centera2[i])118            step1_b1_pow = step1_vpow(b1[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centerb1[i])119            step1_b2_pow = step1_vpow(b2[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centerb2[i])120            step1_x1_pow = step1_vpow(x1[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centerx1[i])121            step1_x2_pow = step1_vpow(x2[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centerx2[i])122            step1_y1_pow = step1_vpow(y1[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centery1[i])123            step1_y2_pow = step1_vpow(y2[step1_min_x:step1_max_x, step1_min_y: step1_max_y] - centery2[i])124            step1_D = step1_L1_pow + step1_L2_pow + step1_a1_pow + step1_a2_pow + step1_b1_pow + step1_b2_pow + \125                      step1_x1_pow + step1_x2_pow + step1_y1_pow + step1_y2_pow126            step1_if = (step1_D - dist[step1_min_x: step1_max_x, step1_min_y: step1_max_y] < 0).astype(np.uint16)127            step1_neg_if = 1 - step1_if128            new_label[step1_min_x: step1_max_x, step1_min_y: step1_max_y] *= step1_neg_if129            new_label[step1_min_x: step1_max_x, step1_min_y: step1_max_y] += (step1_if * i)130            dist[step1_min_x: step1_max_x, step1_min_y: step1_max_y] *= step1_neg_if131            step1_D_to_plus = step1_D * step1_if132            dist[step1_min_x: step1_max_x, step1_min_y: step1_max_y] += step1_D_to_plus133            # my implementation end134            # previous implementation start135            # for m in range(minX, maxX + 1):136            #     for n in range(minY, maxY + 1):137            #         D = (L1[m][n] - centerL1[i]) * (L1[m][n] - centerL1[i]) + \138            #             (L2[m][n] - centerL2[i]) * (L2[m][n] - centerL2[i]) + \139            #             (a1[m][n] - centera1[i]) * (a1[m][n] - centera1[i]) + \140            #             (a2[m][n] - centera2[i]) * (a2[m][n] - centera2[i]) + \141            #             (b1[m][n] - centerb1[i]) * (b1[m][n] - centerb1[i]) + \142            #             (b2[m][n] - centerb2[i]) * (b2[m][n] - centerb2[i]) + \143            #             (x1[m][n] - centerx1[i]) * (x1[m][n] - centerx1[i]) + \144            #             (x2[m][n] - centerx2[i]) * (x2[m][n] - centerx2[i]) + \145            #             (y1[m][n] - centery1[i]) * (y1[m][n] - centery1[i]) + \146            #             (y2[m][n] - centery2[i]) * (y2[m][n] - centery2[i])147            #         if D < dist[m][n]:148            #             label[m * nCols + n] = i149            #             dist[m][n] = D150            # previous implementation end151        print("\t\t[{}] [DoSuperpixel.py]: K-means_iter_{}_step_2".format(time.ctime()[11:19], iteration))152        for i in range(seedNum):153            centerL1[i] = 0154            centerL2[i] = 0155            centera1[i] = 0156            centera2[i] = 0157            centerb1[i] = 0158            centerb2[i] = 0159            centerx1[i] = 0160            centerx2[i] = 0161            centery1[i] = 0162            centery2[i] = 0163            WSum[i] = 0164            clusterSize[i] = 0165            seedArray[i].x = 0166            seedArray[i].y = 0167        print("\t\t[{}] [DoSuperpixel.py]: K-means_iter_{}_step_3".format(time.ctime()[11:19], iteration))168        label = new_label.copy().reshape([nRows * nCols])169        # my implementation start : tested but slow (~= 17s)170        # step3_WL1 = W * L1171        # step3_WL2 = W * L2172        # step3_Wa1 = W * a1173        # step3_Wa2 = W * a2174        # step3_Wb1 = W * b1175        # step3_Wb2 = W * b2176        # step3_Wx1 = W * x1177        # step3_Wx2 = W * x2178        # step3_Wy1 = W * y1179        # step3_Wy2 = W * y2180        # for L in range(seedNum):181        #     if L % 50 == 0:182        #         print("\t\t\t\t[{}] [DEBUG]: seedNum{}".format(time.ctime()[11:19], L))183        #     add_range_matrix = (new_label == L)184        #     centerL1[L] += (step3_WL1 * add_range_matrix).sum()185        #     centerL2[L] += (step3_WL2 * add_range_matrix).sum()186        #     centera1[L] += (step3_Wa1 * add_range_matrix).sum()187        #     centera2[L] += (step3_Wa2 * add_range_matrix).sum()188        #     centerb1[L] += (step3_Wb1 * add_range_matrix).sum()189        #     centerb2[L] += (step3_Wb2 * add_range_matrix).sum()190        #     centerx1[L] += (step3_Wx1 * add_range_matrix).sum()191        #     centerx2[L] += (step3_Wx2 * add_range_matrix).sum()192        #     centery1[L] += (step3_Wy1 * add_range_matrix).sum()193        #     centery2[L] += (step3_Wy2 * add_range_matrix).sum()194        #     clusterSize[L] += add_range_matrix.sum()195        #     WSum[L] += (W * add_range_matrix).sum()196        #     seedArray[L].x, seedArray[L].y = np.sum(a=np.argwhere(add_range_matrix), axis=0)197        # my implementation end198        # previous implementation start (~= 10s)199        for i in range(nRows):200            for j in range(nCols):201                L = label[i * nCols + j]  # int202                Weight = W[i][j]  # double203                centerL1[L] += Weight * L1[i][j]204                centerL2[L] += Weight * L2[i][j]205                centera1[L] += Weight * a1[i][j]206                centera2[L] += Weight * a2[i][j]207                centerb1[L] += Weight * b1[i][j]208                centerb2[L] += Weight * b2[i][j]209                centerx1[L] += Weight * x1[i][j]210                centerx2[L] += Weight * x2[i][j]211                centery1[L] += Weight * y1[i][j]212                centery2[L] += Weight * y2[i][j]213                clusterSize[L] += 1214                WSum[L] += Weight215                seedArray[L].x += i216                seedArray[L].y += j217        # previous implementation end218        print("\t\t[{}] [DoSuperpixel.py]: K-means_iter_{}_step_4".format(time.ctime()[11:19], iteration))219        for i in range(seedNum):220            WSum[i] = 1 if WSum[i] == 0 else WSum[i]221            clusterSize[i] = 1 if clusterSize[i] == 0 else clusterSize[i]222        print("\t\t[{}] [DoSuperpixel.py]: K-means_iter_{}_step_5".format(time.ctime()[11:19], iteration))223        for i in range(seedNum):224            centerL1[i] /= WSum[i]225            centerL2[i] /= WSum[i]226            centera1[i] /= WSum[i]227            centera2[i] /= WSum[i]228            centerb1[i] /= WSum[i]229            centerb2[i] /= WSum[i]230            centerx1[i] /= WSum[i]231            centerx2[i] /= WSum[i]232            centery1[i] /= WSum[i]233            centery2[i] /= WSum[i]234            seedArray[i].x /= clusterSize[i]235            seedArray[i].y /= clusterSize[i]236    if FAKE_KMEANS_LABEL:237        label = pickle.load(open("test_dump_data\\test_27_DOS_label_iter20.pydump", 'rb'))238    if TEST_KMEANS_LABEL:239        data = loadmat("test_matlab_data\\test_27_DOS_label_after_KMEANS.mat")240        print(compare_matrix.compare_2D_matrix(label.reshape([nRows, nCols]).transpose([1, 0]), data["tLabel"]))241        exit()242    threshold = int((nRows * nCols) / (seedNum * thresholdCoef))243    preEnforceConnectivity(label, nRows, nCols)244    if TEST_PEC_LABEL:245        data = loadmat("test_matlab_data\\test_27_DOS_label_after_PEC.mat")246        print(compare_matrix.compare_2D_matrix(label.reshape([nRows, nCols]).transpose([1, 0]), data["tLabel"]))247        exit()248    if FAKE_EC_LABEL:249        label = loadmat("test_matlab_data\\FINAL.mat")["label"].transpose([1, 0]).reshape([nRows * nCols])250    else:251        label = EnforceConnectivity(L1, L2, a1, a2, b1, b2, x1, x2, y1, y2, W, label, threshold, nRows, nCols)...

forms.py

Source:forms.py

1from __future__ import unicode_literals2from django import forms, http3from django.conf import settings4from django.db import models5from django.test import TestCase6from django.template.response import TemplateResponse7from django.utils.importlib import import_module8from django.contrib.auth.models import User9from django.contrib.formtools.wizard.views import (WizardView,10                                                   SessionWizardView,11                                                   CookieWizardView)12class DummyRequest(http.HttpRequest):13    def __init__(self, POST=None):14        super(DummyRequest, self).__init__()15        self.method = POST and "POST" or "GET"16        if POST is not None:17            self.POST.update(POST)18        self.session = {}19        self._dont_enforce_csrf_checks = True20def get_request(*args, **kwargs):21    request = DummyRequest(*args, **kwargs)22    engine = import_module(settings.SESSION_ENGINE)23    request.session = engine.SessionStore(None)24    return request25class Step1(forms.Form):26    name = forms.CharField()27class Step2(forms.Form):28    name = forms.CharField()29class Step3(forms.Form):30    data = forms.CharField()31class CustomKwargsStep1(Step1):32    def __init__(self, test=None, *args, **kwargs):33        self.test = test34        return super(CustomKwargsStep1, self).__init__(*args, **kwargs)35class TestModel(models.Model):36    name = models.CharField(max_length=100)37    class Meta:38        app_label = 'formtools'39class TestModelForm(forms.ModelForm):40    class Meta:41        model = TestModel42TestModelFormSet = forms.models.modelformset_factory(TestModel, form=TestModelForm, extra=2)43class TestWizard(WizardView):44    storage_name = 'django.contrib.formtools.wizard.storage.session.SessionStorage'45    def dispatch(self, request, *args, **kwargs):46        response = super(TestWizard, self).dispatch(request, *args, **kwargs)47        return response, self48    def get_form_kwargs(self, step, *args, **kwargs):49        kwargs = super(TestWizard, self).get_form_kwargs(step, *args, **kwargs)50        if step == 'kwargs_test':51            kwargs['test'] = True52        return kwargs53class FormTests(TestCase):54    def test_form_init(self):55        testform = TestWizard.get_initkwargs([Step1, Step2])56        self.assertEqual(testform['form_list'], {'0': Step1, '1': Step2})57        testform = TestWizard.get_initkwargs([('start', Step1), ('step2', Step2)])58        self.assertEqual(59            testform['form_list'], {'start': Step1, 'step2': Step2})60        testform = TestWizard.get_initkwargs([Step1, Step2, ('finish', Step3)])61        self.assertEqual(62            testform['form_list'], {'0': Step1, '1': Step2, 'finish': Step3})63    def test_first_step(self):64        request = get_request()65        testform = TestWizard.as_view([Step1, Step2])66        response, instance = testform(request)67        self.assertEqual(instance.steps.current, '0')68        testform = TestWizard.as_view([('start', Step1), ('step2', Step2)])69        response, instance = testform(request)70        self.assertEqual(instance.steps.current, 'start')71    def test_persistence(self):72        testform = TestWizard.as_view([('start', Step1), ('step2', Step2)])73        request = get_request({'test_wizard-current_step': 'start',74                               'name': 'data1'})75        response, instance = testform(request)76        self.assertEqual(instance.steps.current, 'start')77        instance.storage.current_step = 'step2'78        testform2 = TestWizard.as_view([('start', Step1), ('step2', Step2)])79        request.POST = {'test_wizard-current_step': 'step2'}80        response, instance = testform2(request)81        self.assertEqual(instance.steps.current, 'step2')82    def test_form_condition(self):83        request = get_request()84        testform = TestWizard.as_view(85            [('start', Step1), ('step2', Step2), ('step3', Step3)],86            condition_dict={'step2': True})87        response, instance = testform(request)88        self.assertEqual(instance.get_next_step(), 'step2')89        testform = TestWizard.as_view(90            [('start', Step1), ('step2', Step2), ('step3', Step3)],91            condition_dict={'step2': False})92        response, instance = testform(request)93        self.assertEqual(instance.get_next_step(), 'step3')94    def test_form_kwargs(self):95        request = get_request()96        testform = TestWizard.as_view([('start', Step1),97            ('kwargs_test', CustomKwargsStep1)])98        response, instance = testform(request)99        self.assertEqual(instance.get_form_kwargs('start'), {})100        self.assertEqual(instance.get_form_kwargs('kwargs_test'), {'test': True})101        self.assertEqual(instance.get_form('kwargs_test').test, True)102    def test_form_prefix(self):103        request = get_request()104        testform = TestWizard.as_view([('start', Step1), ('step2', Step2)])105        response, instance = testform(request)106        self.assertEqual(instance.get_form_prefix(), 'start')107        self.assertEqual(instance.get_form_prefix('another'), 'another')108    def test_form_initial(self):109        request = get_request()110        testform = TestWizard.as_view([('start', Step1), ('step2', Step2)],111            initial_dict={'start': {'name': 'value1'}})112        response, instance = testform(request)113        self.assertEqual(instance.get_form_initial('start'), {'name': 'value1'})114        self.assertEqual(instance.get_form_initial('step2'), {})115    def test_form_instance(self):116        request = get_request()117        the_instance = TestModel()118        testform = TestWizard.as_view([('start', TestModelForm), ('step2', Step2)],119            instance_dict={'start': the_instance})120        response, instance = testform(request)121        self.assertEqual(122            instance.get_form_instance('start'),123            the_instance)124        self.assertEqual(125            instance.get_form_instance('non_exist_instance'),126            None)127    def test_formset_instance(self):128        request = get_request()129        the_instance1, created = TestModel.objects.get_or_create(130            name='test object 1')131        the_instance2, created = TestModel.objects.get_or_create(132            name='test object 2')133        testform = TestWizard.as_view([('start', TestModelFormSet), ('step2', Step2)],134            instance_dict={'start': TestModel.objects.filter(name='test object 1')})135        response, instance = testform(request)136        self.assertEqual(list(instance.get_form_instance('start')), [the_instance1])137        self.assertEqual(instance.get_form_instance('non_exist_instance'), None)138        self.assertEqual(instance.get_form().initial_form_count(), 1)139    def test_done(self):140        request = get_request()141        testform = TestWizard.as_view([('start', Step1), ('step2', Step2)])142        response, instance = testform(request)143        self.assertRaises(NotImplementedError, instance.done, None)144    def test_revalidation(self):145        request = get_request()146        testform = TestWizard.as_view([('start', Step1), ('step2', Step2)])147        response, instance = testform(request)148        instance.render_done(None)149        self.assertEqual(instance.storage.current_step, 'start')150class SessionFormTests(TestCase):151    def test_init(self):152        request = get_request()153        testform = SessionWizardView.as_view([('start', Step1)])154        self.assertTrue(isinstance(testform(request), TemplateResponse))155class CookieFormTests(TestCase):156    def test_init(self):157        request = get_request()158        testform = CookieWizardView.as_view([('start', Step1)])...

index.js

Source:index.js

1import Vue from 'vue'2import Router from 'vue-router'3import Layout from '@comp/layout/index'4import HomeIndex from '@page/home/index'5import LoginIndex from '@page/login/index'6import ActivityIndex from '@page/activity/index'7import MessageIndex from '@page/message/MessageIndex'8import MessageDetail from '@page/message/MessageDetail'9import RecruitmentIndex from '@page/message/RecruitmentIndex'10import RecruitmentDetail from '@page/message/RecruitmentDetail'11import PolicyIndex from '@page/policy/index'12import ActivityView from '@page/activity/view'13import TenementRepairsStep1 from '@page/serve/TenementRepairs/step1'14import TenementRepairsStep2 from '@page/serve/TenementRepairs/step2'15import TenementAppealStep1 from '@page/serve/TenementAppeal/step1'16import TenementAppealStep2 from '@page/serve/TenementAppeal/step2'17import DemandSubmissionStep1 from '@page/serve/DemandSubmission/step1'18import DemandSubmissionStep2 from '@page/serve/DemandSubmission/step2'19import ParkingApplyStep1 from '@page/serve/ParkingApply/step1'20import ParkingApplyStep2 from '@page/serve/ParkingApply/step2'21import ItRepairsStep1 from '@page/serve/ItRepairs/step1'22import ItRepairsStep2 from '@page/serve/ItRepairs/step2'23import AdvertisingApplyStep1 from '@page/serve/AdvertisingApply/step1'24import AdvertisingApplyStep2 from '@page/serve/AdvertisingApply/step2'25import PublicFacilitiesStep1 from '@page/serve/PublicFacilities/step1'26import PublicFacilitiesStep2 from '@page/serve/PublicFacilities/step2'27import EnterprisesRecordStep1 from '@page/serve/EnterprisesRecord/step1'28import EnterprisesRecordStep2 from '@page/serve/EnterprisesRecord/step2'29import RubbishDispositionStep1 from '@page/serve/RubbishDisposition/step1'30import RubbishDispositionStep2 from '@page/serve/RubbishDisposition/step2'31import UrbanRoadStep1 from '@page/serve/UrbanRoad/step1'32import UrbanRoadStep2 from '@page/serve/UrbanRoad/step2'33import NewLandProjectStep1 from '@page/serve/NewLandProject/step1'34import NewLandProjectStep2 from '@page/serve/NewLandProject/step2'35import NewRentalProjectStep1 from '@page/serve/NewRentalProject/step1'36import NewRentalProjectStep2 from '@page/serve/NewRentalProject/step2'37import NewTechProjectStep1 from '@page/serve/NewTechProject/step1'38import NewTechProjectStep2 from '@page/serve/NewTechProject/step2'39import ConferenceReservation from '@page/serve/ConferenceReservation/List'40import AdvertisingReservation from '@page/serve/AdvertisingReservation/List'41Vue.use(Router)42export default new Router({43  mode: 'history',44  routes: [45    {46      path: '/',47      component: Layout,48      children: [49        { path: 'home/index', name: 'HomeIndex', component: HomeIndex },50        { path: 'login/index', name: 'LoginIndex', component: LoginIndex },51        { path: 'activity/index', name: 'ActivityIndex', component: ActivityIndex },52        { path: 'message/index/:id', name: 'MessageIndex', component: MessageIndex },53        { path: 'message/detail/:id', name: 'MessageDetail', component: MessageDetail },54        { path: 'message/RecruitmentIndex', name: 'RecruitmentIndex', component: RecruitmentIndex },55        { path: 'message/RecruitmentDetail/:id', name: 'RecruitmentDetail', component: RecruitmentDetail },56        { path: 'policy/index', name: 'PolicyIndex', component: PolicyIndex },57        { path: 'activity/view/:id', name: 'ActivityView', component: ActivityView },58        { path: 'serve/TenementRepairs/step1', name: 'TenementRepairsStep1', component: TenementRepairsStep1 },59        { path: 'serve/TenementRepairs/step2', name: 'TenementRepairsStep2', component: TenementRepairsStep2 },60        { path: 'serve/TenementAppeal/step1', name: 'TenementAppealStep1', component: TenementAppealStep1 },61        { path: 'serve/TenementAppeal/step2', name: 'TenementAppealStep2', component: TenementAppealStep2 },62        { path: 'serve/DemandSubmission/step1', name: 'DemandSubmissionStep1', component: DemandSubmissionStep1 },63        { path: 'serve/DemandSubmission/step2', name: 'DemandSubmissionStep2', component: DemandSubmissionStep2 },64        { path: 'serve/ParkingApply/step1', name: 'ParkingApplyStep1', component: ParkingApplyStep1 },65        { path: 'serve/ParkingApply/step2', name: 'ParkingApplyStep2', component: ParkingApplyStep2 },66        { path: 'serve/ItRepairs/step1', name: 'ItRepairsStep1', component: ItRepairsStep1 },67        { path: 'serve/ItRepairs/step2', name: 'ItRepairsStep2', component: ItRepairsStep2 },68        { path: 'serve/AdvertisingApply/step1/:id', name: 'AdvertisingApplyStep1', component: AdvertisingApplyStep1 },69        { path: 'serve/AdvertisingApply/step2', name: 'AdvertisingApplyStep2', component: AdvertisingApplyStep2 },70        { path: 'serve/PublicFacilities/step1', name: 'PublicFacilitiesStep1', component: PublicFacilitiesStep1 },71        { path: 'serve/PublicFacilities/step2', name: 'PublicFacilitiesStep2', component: PublicFacilitiesStep2 },72        { path: 'serve/EnterprisesRecord/step1', name: 'EnterprisesRecordStep1', component: EnterprisesRecordStep1 },73        { path: 'serve/EnterprisesRecord/step2', name: 'EnterprisesRecordStep2', component: EnterprisesRecordStep2 },74        { path: 'serve/RubbishDisposition/step1', name: 'RubbishDispositionStep1', component: RubbishDispositionStep1 },75        { path: 'serve/RubbishDisposition/step2', name: 'RubbishDispositionStep2', component: RubbishDispositionStep2 },76        { path: 'serve/UrbanRoad/step1', name: 'UrbanRoadStep1', component: UrbanRoadStep1 },77        { path: 'serve/UrbanRoad/step2', name: 'UrbanRoadStep2', component: UrbanRoadStep2 },78        { path: 'serve/NewLandProject/step1', name: 'NewLandProjectStep1', component: NewLandProjectStep1 },79        { path: 'serve/NewLandProject/step2', name: 'NewLandProjectStep2', component: NewLandProjectStep2 },80        { path: 'serve/NewRentalProject/step1', name: 'NewRentalProjectStep1', component: NewRentalProjectStep1 },81        { path: 'serve/NewRentalProject/step2', name: 'NewRentalProjectStep2', component: NewRentalProjectStep2 },82        { path: 'serve/NewTechProject/step1', name: 'NewTechProjectStep1', component: NewTechProjectStep1 },83        { path: 'serve/NewTechProject/step2', name: 'NewTechProjectStep2', component: NewTechProjectStep2 },84        { path: 'serve/ConferenceReservation', name: 'ConferenceReservation', component: ConferenceReservation },85        { path: 'serve/AdvertisingReservation', name: 'AdvertisingReservation', component: AdvertisingReservation },86      ]87    }88  ]...

wizardStep1.js

Source:wizardStep1.js

1import {2    STEP1_UPDATE_GENDER_ACTION, STEP1_UPDATE_AGE_ACTION, STEP1_VALIDATION_ERRORS_ACTION, STEP1_CLEAR_VALIDATION_ERRORS_ACTION3} from '../actions/types';4import { isEmpty } from '../../helpers/validationHelper';5const validationFunction = function (currentState) {6    if (currentState.step1_ageInterval === false) {7        return !isEmpty(currentState.step1_age);8    } else if ( isEmpty(currentState.step1_ageIntervalFrom) || 9               isEmpty(currentState.step1_ageIntervalTo) ) {10        return false;11    }12    return (currentState.step1_ageIntervalFrom < currentState.step1_ageIntervalTo);13}14const step1InitialState = {15    step1_gender : '1',16    step1_age : null,17    step1_ageClass : '',18    step1_ageInterval : false,19    step1_ageIntervalFrom : null,20    step1_ageIntervalFromClass : '',21    step1_ageIntervalTo : null,22    step1_ageIntervalToClass : '',23    step1_validationError : false,24    step1_validationFunction : validationFunction25}26const wizardStep1 = (state = step1InitialState, action) => {27    switch (action.type) {28        case STEP1_UPDATE_GENDER_ACTION:29            return handleUpdateGenderAction(state, action);30        case STEP1_UPDATE_AGE_ACTION:31            return handleUpdateAgeAction(state, action);32        case STEP1_VALIDATION_ERRORS_ACTION:33            return handleValidationErrorsAction(state);34        case STEP1_CLEAR_VALIDATION_ERRORS_ACTION:35            return handleClearValidationErrorsAction(state);36        default:37            return state;38    }39}40const handleUpdateGenderAction = (state, action) => {41    return {42        ...state,43        step1_gender : action.data44    };45}46const handleUpdateAgeAction = (state, action) => {47    return {48        ...state,49        step1_age : action.data.age,50        step1_ageInterval : action.data.ageInterval,51        step1_ageIntervalFrom : action.data.ageFrom,52        step1_ageIntervalTo : action.data.ageTo53    };54}55const handleValidationErrorsAction = (state) => {56    let ageClass = '';57    let ageIntervalFromClass = '';58    let ageIntervalToClass = '';59    if (state.step1_ageInterval === false) {60        ageClass = 'inputError';61    } else if ( (isEmpty(state.step1_ageIntervalFrom) && isEmpty(state.step1_ageIntervalTo)) || 62                (!isEmpty(state.step1_ageIntervalFrom) && !isEmpty(state.step1_ageIntervalTo)) ) {63        ageIntervalFromClass = 'inputError';64        ageIntervalToClass = 'inputError';65    } else if (isEmpty(state.step1_ageIntervalFrom)) {66        ageIntervalFromClass = 'inputError';67    } else {68        ageIntervalToClass = 'inputError';69    }70    return {71        ...state,72        step1_validationError : true,73        step1_ageClass : ageClass,74        step1_ageIntervalFromClass : ageIntervalFromClass,75        step1_ageIntervalToClass : ageIntervalToClass        76    };77}78const handleClearValidationErrorsAction = (state) => {79    return {80        ...state,81        step1_validationError : false,82        step1_ageClass : '',83        step1_ageIntervalFromClass : '',84        step1_ageIntervalToClass : ''        85    };86}...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.