How to use highlight_type method in SeleniumBase

Best Python code snippet using SeleniumBase

Sketch_4.py

Source:Sketch_4.py

1import streamlit as st2import pandas as pd3inter_list = ['-']4def selector(start, df_rel, cond, dfr, dfo_ind):5    global selection, gl_config_error6    7    df_cur = dfr[dfr['From'] == start]8    df_cur = df_cur[df_cur['Relation type'].isin(df_rel)]9    df_cur = df_cur[df_cur['Condition'].isin(cond)]10    if len(df_cur) != 0:11        for r in df_cur.iterrows():12            if r[1]['XOR ID'] == '-':13                dfo_ind.loc[start, 'highlight_type'] = 'intermediate'14    15                selector(r[1]['To'], df_rel, cond, dfr, dfo_ind)16            else:17                df_xor = df_cur[df_cur['XOR ID'] == r[1]['XOR ID']]18                default = 'True'19                choice = []20                choice_cond = ''21                for n in df_xor.iterrows():22                  if n[1]['Condition'] == '-' and default == 'True':23                    choice = n[1]['To']24                  elif n[1]['Condition'] in cond and default == 'False':25                    gl_config_error = '>>> ERROR:','ambiguous selection. {}-{} with {}-{} for parent object {}'.format(n[1]['To'], n[1]['Condition'], choice, choice_cond,start)26                    return27                  elif n[1]['Condition'] in cond and default == 'True':28                    default = 'False'29                    choice = n[1]['To']30                    choice_cond = n[1]['Condition']31                  else:32                    choice = False33                if choice:34                    dfo_ind.loc[start, 'highlight_type'] = 'intermediate'35                    selector(choice, df_rel, cond, dfr, dfo_ind)36                else:37                  selection.append(start)38    else:39        selection.append(start)40        41def set_object_color(st, sel, dfo):42    color_list = []43    44    for i in dfo.iterrows():45        if (i[1]['Object ID'] == st):46            color_list.append('start')47        else:48            if (i[1]['Object ID'] in sel):49                color_list.append('selected')50                51            elif i[1]['highlight_type'] != 'intermediate':52                color_list.append('-')53            else:54                color_list.append('intermediate')55                56    return color_list57                58depth = 059def recur_4x (d, oid, dfr):     60    """61    recursive function to set the x-values for all Objects62    """63    global depth64    if (d < depth):65        depth = d66        67    tdf = dfr[dfr['From'] == oid]68    69    if (len(tdf) > 0):70        for j, r in tdf.iterrows():71            m = recur_4x(d-1, tdf['To'][j], dfr)72            73            if (m < depth):74                depth = m75    return depth76                77header = st.container()78descriptive = st.container()79uploads = st.container()80dropdowns = st.container()81output_table = st.container()82dropdowns2 = st.container()83output_table2 = st.container()84with header:85  st.title('Sketch 4')86  87with descriptive:88  st.markdown(89    """90    ---91    #### Functionality:92    The program automatically adds inverse relations to the list relations.csv.93    94    Note: normal and their inverse relations should not be selected at the same time. 95    This will cause infinite loops of the program.96    97    ---98    """99  )100  101with uploads:102    l_col, r_col = st.columns(2)103        104    objects_u = l_col.file_uploader('Upload Objects', 105                                    accept_multiple_files = False, 106                                    type = 'CSV')107    if objects_u is not None:108        df_obj = pd.read_csv(objects_u)109        df_obj = df_obj.fillna("-")110    relations_u = r_col.file_uploader('Upload Relations', 111                                        accept_multiple_files = False, 112                                        type = 'CSV')113    if relations_u is not None:114        df_rel = pd.read_csv(relations_u)115        df_rel = df_rel.fillna("-")116        117        df_inv_rel = pd.DataFrame()118        for i, r in df_rel.iterrows():119            irid    = r['Relation ID'] + ".i"          # inverse relation 'id'120            irfrom  = r['To']                           # inverse relation 'From'121            irrtype = "(inverse) " + r['Relation type']122            irxor   = r['XOR ID']123            irto    = r['From']124            ircond  = r['Condition']125            irrtt   = r['RelTypeType']126            newrel  = { "Relation ID": irid, 127                       "From": irfrom, 128                       "Relation type": irrtype, 129                       "XOR ID": irxor, 130                       "To": irto, 131                       "Condition": ircond, 132                       "RelTypeType": irrtt }133            try:134                df_inv_rel = df_inv_rel.append(newrel, ignore_index=True)135            except:136                # print("Hmm...")137                pass138        df_rel = df_rel.append(df_inv_rel, ignore_index = True)139        140    141with dropdowns:142    l_col, m_col, r_col = st.columns(3)143    if objects_u is not None:144        if 'Object ID' not in df_obj.columns:145            l_col.write('No object ID column found')146        else:147            start_obj = l_col.selectbox('Start object', 148                        options = df_obj['Object ID'])149    else:150        start_obj = l_col.selectbox('Start object', 151                        options = ['No objects found'])152        153    if relations_u is not None:154        conditions = m_col.multiselect('Conditions', 155                                    options = list(filter(lambda a: a != '-', df_rel['Condition'].unique())))156    else:157        conditions = m_col.multiselect('Conditions', 158                                    options = ['No conditions found'],159                                    default = ['No conditions found'])160        161    if relations_u is not None:162        163                164        rel_types = r_col.multiselect('Relation types', 165                                      166                                    options = df_rel['Relation type'].unique(),167                                    default = df_rel['Relation type'].unique()[0])168        inv_selected = []169        for t in rel_types:170            if t[0] == '(':171                inv_selected.append(t[10:])172            else:173                inv_selected.append('(inverse) {}'.format(t))174                175        for t in rel_types:176            if t in inv_selected:177                st.error("Error, can't select both the normal AND inverse relation of the same type.")178                break179        df_rel = df_rel.loc[~df_rel['Relation type'].isin(inv_selected)]180    else:181        rel_types = r_col.multiselect('Relation types', 182                                    options = ['No relations found'], 183                                    default = ['No relations found'])184                185    186    187        188with output_table:189            190    if objects_u is not None and relations_u is not None:191        if conditions is None:192            cds = ['-']193        else:194            cds = conditions.append('-')195            selection = []196            gl_config_error = ''197            198            df_obj = df_obj.set_index('Object ID')199            df_obj['highlight_type'] = '-'200            selector(start_obj, rel_types, conditions, df_rel, df_obj)201            df_obj = df_obj.reset_index()202            col_list = set_object_color(start_obj, selection, df_obj)203            df_obj['highlight_type'] = col_list204            205            206            st.subheader('Output table')207            208            209            210            if gl_config_error != '':211                st.write(gl_config_error)212            213                st.table()214            else:215                df_results = df_obj[df_obj['highlight_type'] != '-']216                df_results['highlight_type'] = pd.Categorical(df_results['highlight_type'], 217                                                            ['start', 'intermediate', 'selected'])218                df_results = df_results.sort_values('highlight_type')219                df_results = df_results[['Object ID', 220                                        'Object type3', 221                                        'highlight_type']].reset_index(drop = True)222                df_results.index += 1223                st.table(df_results)224                225                226with dropdowns2:227    results = []228    l_col2, m_col2, r_col2 = st.columns(3)229    if objects_u is not None:230        if 'Object ID' not in df_obj.columns:231            l_col2.write('No object ID column found')232        else:233            start_obj2 = l_col2.selectbox('Assembly Object', 234                        options = df_obj['Object ID'])235    else:236        start_obj2 = l_col2.selectbox('Assembly Object', 237                        options = ['No objects found'])238        239    if relations_u is not None:240        241                242        rel_types2 = r_col2.multiselect('Assembly Relation(s)', 243                                      244                                    options = df_rel['Relation type'].unique(),245                                    default = df_rel['Relation type'].unique()[0])246        inv_selected2 = []247        for t in rel_types2:248            if t[0] == '(':249                inv_selected2.append(t[10:])250            else:251                inv_selected2.append('(inverse) {}'.format(t))252                253        for t in rel_types:254            if t in inv_selected2:255                st.error("Error, can't select both the normal AND inverse relation of the same type.")256                break257        df_rel = df_rel.loc[~df_rel['Relation type'].isin(inv_selected2)]258    else:259        rel_types = r_col.multiselect('Assembly Relation(s)', 260                                    options = ['No relations found'], 261                                    default = ['No relations found'])262with output_table2:263            264    if objects_u is not None and relations_u is not None:265        if conditions is None:266            cds = ['-']267        else:268            cds = conditions.append('-')269            selection = []270            gl_config_error = ''271            272            df_obj2 = df_obj.set_index('Object ID')273            df_obj2['highlight_type'] = '-'274            selector(start_obj2, rel_types2, conditions, df_rel, df_obj2)275            df_obj2 = df_obj2.reset_index()276            col_list = set_object_color(start_obj2, selection, df_obj2)277            df_obj2['highlight_type'] = col_list278            279            df_obj2 = pd.merge(df_obj2, df_obj, how='inner')280            st.subheader('Assembly Elements')281            282            if gl_config_error != '':283                st.write(gl_config_error)284            285                st.table()286            else:287                df_results = df_obj2[df_obj2['highlight_type'] != '-']288                df_results['highlight_type'] = pd.Categorical(df_results['highlight_type'], 289                                                            ['start', 'intermediate', 'selected'])290                df_results = df_results.sort_values('highlight_type')291                df_results = df_results[['Object ID', 292                                        'Object type3', 293                                        'highlight_type']].reset_index(drop = True)294                df_results.index += 1...

destiny_activity_graph_node_featuring_state_definition.py

Source:destiny_activity_graph_node_featuring_state_definition.py

...33        self.discriminator = None34        if highlight_type is not None:35            self.highlight_type = highlight_type36    @property37    def highlight_type(self):38        """Gets the highlight_type of this DestinyActivityGraphNodeFeaturingStateDefinition.  # noqa: E50139        The node can be highlighted in a variety of ways - the game iterates through these and finds the first FeaturingState that is valid at the present moment given the Game, Account, and Character state, and renders the node in that state. See the ActivityGraphNodeHighlightType enum for possible values.  # noqa: E50140        :return: The highlight_type of this DestinyActivityGraphNodeFeaturingStateDefinition.  # noqa: E50141        :rtype: ActivityGraphNodeHighlightType42        """43        return self._highlight_type44    @highlight_type.setter45    def highlight_type(self, highlight_type):46        """Sets the highlight_type of this DestinyActivityGraphNodeFeaturingStateDefinition.47        The node can be highlighted in a variety of ways - the game iterates through these and finds the first FeaturingState that is valid at the present moment given the Game, Account, and Character state, and renders the node in that state. See the ActivityGraphNodeHighlightType enum for possible values.  # noqa: E50148        :param highlight_type: The highlight_type of this DestinyActivityGraphNodeFeaturingStateDefinition.  # noqa: E50149        :type: ActivityGraphNodeHighlightType50        """51        self._highlight_type = highlight_type52    def to_dict(self):53        """Returns the model properties as a dict"""54        result = {}55        for attr, _ in six.iteritems(self.openapi_types):56            value = getattr(self, attr)57            if isinstance(value, list):58                result[attr] = list(map(59                    lambda x: x.to_dict() if hasattr(x, "to_dict") else x,...

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.