KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use mark_value method in Slash

Best Python code snippet using slash

qgis_vector_tools.py

Source:qgis_vector_tools.py

1# coding=utf-82"""**Utilities around QgsVectorLayer**3"""4__author__ = 'Dmitry Kolesov <kolesov.dm@gmail.com>'5__revision__ = '8e90270d76bc3e85f0084bd480f8e977a33cb812'6__date__ = '14/01/2014'7__license__ = "GPL"8__copyright__ = 'Copyright 2012, Australia Indonesia Facility for '9__copyright__ += 'Disaster Reduction'10import itertools11from safe.common.utilities import unique_filename12from safe.storage.raster import qgis_imported13from safe.common.exceptions import WrongDataTypeException14if qgis_imported:   # Import QgsRasterLayer if qgis is available15    from PyQt4.QtCore import QVariant16    from qgis.core import (17        QgsField,18        QgsVectorLayer,19        QgsFeature,20        QgsPoint,21        QgsGeometry,22        QgsFeatureRequest,23        QgsVectorFileWriter24    )25def points_to_rectangles(points, dx, dy):26    """Create polygon layer around points. The polygons are dx to dy.27    Attributes of the points are copied.28    A point position is upper-left corner of the created rectangle.29    :param points:  Point layer.30    :type points:   QgsVectorLayer31    :param dx:      Length of the horizontal sides32    :type dx:       float33    :param dy:      Length of the vertical sides34    :type dy:       float35    :returns:       Polygon layer36    :rtype:         QgsVectorLayer37    """38    crs = points.crs().toWkt()39    point_provider = points.dataProvider()40    fields = point_provider.fields()41    # Create layer for store the lines from E and extent42    polygons = QgsVectorLayer(43        'Polygon?crs=' + crs, 'polygons', 'memory')44    polygon_provider = polygons.dataProvider()45    polygon_provider.addAttributes(fields.toList())46    polygons.startEditing()47    for feature in points.getFeatures():48        attrs = feature.attributes()49        point = feature.geometry().asPoint()50        x, y = point.x(), point.y()51        # noinspection PyCallByClass,PyTypeChecker52        g = QgsGeometry.fromPolygon([53            [QgsPoint(x, y),54             QgsPoint(x + dx, y),55             QgsPoint(x + dx, y - dy),56             QgsPoint(x, y - dy)]57        ])58        polygon_feat = QgsFeature()59        polygon_feat.setGeometry(g)60        polygon_feat.setAttributes(attrs)61        _ = polygon_provider.addFeatures([polygon_feat])62    polygons.commitChanges()63    return polygons64def union_geometry(vector, request=QgsFeatureRequest()):65    """Return union of the vector geometries regardless of the attributes.66    (If request is specified, filter the objects before union).67    If all geometries in the vector are invalid, return None.68    The boundaries will be dissolved during the operation.69    :param vector:  Vector layer70    :type vector:   QgsVectorLayer71    :param request: Filter for vector objects72    :type request:  QgsFeatureRequest73    :return:        Union of the geometry74    :rtype:         QgsGeometry or None75    """76    result_geometry = None77    for feature in vector.getFeatures(request):78        if result_geometry is None:79            result_geometry = QgsGeometry(feature.geometry())80        else:81            # But some feature.geometry() may be invalid, skip them82            tmp_geometry = result_geometry.combine(feature.geometry())83            try:84                if tmp_geometry.isGeosValid():85                    result_geometry = tmp_geometry86            except AttributeError:87                pass88    return result_geometry89def create_layer(vector):90    """Create empty layer.91    The CRS and Geometry Type of new layer are the same as of vector layer.92    Attributes of the layer are copied from vector.93    :param vector:  Vector layer94    :type vector:   QgsVectorLayer95    :returns: Empty vector layer (stored in memory)96    :rtype: QgsVectorLayer97    """98    crs = vector.crs().toWkt()99    if vector.geometryType() == 0:100        msg = "Points cant' be split"101        raise WrongDataTypeException(msg)102    elif vector.geometryType() == 1:103        uri = 'LineString?crs=' + crs104    elif vector.geometryType() == 2:105        uri = 'Polygon?crs=' + crs106    else:107        msg = "Received unexpected type of layer geometry: %s" \108              % (vector.geometryType(),)109        raise WrongDataTypeException(msg)110    result_layer = QgsVectorLayer(uri, 'intersected', 'memory')111    result_provider = result_layer.dataProvider()112    result_layer.startEditing()113    # Copy fields from vector114    vector_provider = vector.dataProvider()115    fields = vector_provider.fields()116    result_provider.addAttributes(fields.toList())117    result_layer.commitChanges()118    return result_layer119def clip_by_polygon(120        vector,121        polygon):122    """Clip vector layer using polygon.123    Return part of the objects that lie within the polygon.124    :param vector:  Vector layer125    :type vector:   QgsVectorLayer126    :param polygon: Clipping polygon127    :type polygon:  QgsGeometry128    :returns: Vector layer with split geometry129    :rtype: QgsVectorLayer130    """131    result_layer = create_layer(vector)132    result_layer.startEditing()133    for feature in vector.getFeatures():134        geom = feature.geometry()135        attributes = feature.attributes()136        geometry_type = geom.type()137        if polygon.intersects(geom):138            # Find parts of initial_geom, intersecting139            # with the polygon, then mark them if needed140            intersection = QgsGeometry(141                geom.intersection(polygon)142            ).asGeometryCollection()143            for g in intersection:144                if g.type() == geometry_type:145                    feature = QgsFeature()146                    feature.setGeometry(g)147                    feature.setAttributes(attributes)148                    _ = result_layer.dataProvider().addFeatures([feature])149    result_layer.commitChanges()150    result_layer.updateExtents()151    return result_layer152def split_by_polygon(153        vector,154        polygon,155        request=QgsFeatureRequest(),156        mark_value=None):157    """Split objects from vector layer by polygon.158    If request is specified, filter the objects before splitting.159    If part of vector object lies in the polygon, mark it by mark_value (160    optional).161    :param vector:  Vector layer162    :type vector:   QgsVectorLayer163    :param polygon: Splitting polygon164    :type polygon:  QgsGeometry165    :param request: Filter for vector objects166    :type request:  QgsFeatureRequest167    :param mark_value:  Field value to mark the objects.168    :type mark_value:   (field_name, field_value).or None169    :returns: Vector layer with split geometry170    :rtype: QgsVectorLayer171    """172    def _set_feature(geometry, feature_attributes):173        """174        Helper to create and set up feature175        """176        included_feature = QgsFeature()177        included_feature.setGeometry(geometry)178        included_feature.setAttributes(feature_attributes)179        return included_feature180    def _update_attr_list(attributes, index, value, add_attribute=False):181        """182        Helper for update list of attributes.183        """184        new_attributes = attributes[:]185        if add_attribute:186            new_attributes.append(value)187        else:188            new_attributes[index] = value189        return new_attributes190    # Create layer to store the splitted objects191    result_layer = create_layer(vector)192    result_provider = result_layer.dataProvider()193    fields = result_provider.fields()194    # If target_field does not exist, add it:195    new_field_added = False196    if mark_value is not None:197        target_field = mark_value[0]198        if fields.indexFromName(target_field) == -1:199            result_layer.startEditing()200            result_provider.addAttributes(201                [QgsField(target_field, QVariant.Int)])202            new_field_added = True203            result_layer.commitChanges()204    target_value = None205    if mark_value is not None:206        target_field = mark_value[0]207        target_value = mark_value[1]208        target_field_index = result_provider.fieldNameIndex(target_field)209        if target_field_index == -1:210            raise WrongDataTypeException(211                'Field not found for %s' % target_field)212    # Start split procedure213    result_layer.startEditing()214    for initial_feature in vector.getFeatures(request):215        initial_geom = initial_feature.geometry()216        attributes = initial_feature.attributes()217        geometry_type = initial_geom.type()218        if polygon.intersects(initial_geom):219            # Find parts of initial_geom, intersecting220            # with the polygon, then mark them if needed221            intersection = QgsGeometry(222                initial_geom.intersection(polygon)223            ).asGeometryCollection()224            for g in intersection:225                if g.type() == geometry_type:226                    if mark_value is not None:227                        new_attributes = _update_attr_list(228                            attributes,229                            target_field_index,230                            target_value,231                            add_attribute=new_field_added232                        )233                    else:234                        new_attributes = attributes235                    feature = _set_feature(g, new_attributes)236                    _ = result_layer.dataProvider().addFeatures([feature])237            # Find parts of the initial_geom that do not lie in the polygon238            diff_geom = QgsGeometry(239                initial_geom.symDifference(polygon)240            ).asGeometryCollection()241            for g in diff_geom:242                if g.type() == geometry_type:243                    if mark_value is not None:244                        new_attributes = _update_attr_list(245                            attributes,246                            target_field_index,247                            0,248                            add_attribute=new_field_added249                        )250                    else:251                        new_attributes = attributes252                    feature = _set_feature(g, new_attributes)253                    _ = result_layer.dataProvider().addFeatures([feature])254        else:255            if mark_value is not None:256                new_attributes = _update_attr_list(257                    attributes,258                    target_field_index,259                    0,260                    add_attribute=new_field_added261                )262            else:263                new_attributes = attributes264            feature = _set_feature(initial_geom, new_attributes)265            _ = result_layer.dataProvider().addFeatures([feature])266    result_layer.commitChanges()267    result_layer.updateExtents()268    return result_layer269def split_by_polygon_in_out(270        vector,271        polygon_in,272        polygon_out,273        target_field,274        value,275        request=QgsFeatureRequest()):276    """Split a polygon layer updating the target field with the value.277    All parts of vector layer will have their target_field updated to278    value if they fall within polygon_in.279    :param vector: A polygon vector layer to split.280    :type vector: QgsVectorLayer281    :param polygon_in: Polygon within which vector features will be considered282        to be contained.283    :type polygon_in: QgsGeometry284    :param polygon_out: Polygon within which vector features will be considered285        to be NOT contained.286    :type polygon_out: QgsGeometry287    :param target_field: Field in vector layer to be updated if features288        are within polygon_in.289    :type target_field: QgsField290    :param value: Value to update the target field with if polygons are in.291    :type value: int, float, str292    :param request: Optional feature request used to subset the features293        in vector.294    :type request: QgsFeatureRequest295    :return: QgsVectorLayer of split line for whichever is greater,296        in our out polygons.297    :rtype: QgsVectorLayer298    """299    base_name = unique_filename()300    file_name_in = base_name + '_in.shp'301    file_name_out = base_name + '_out.shp'302    file_name_poly_in = base_name + '_poly_in.shp'303    file_name_poly_out = base_name + '_poly_out.shp'304    # noinspection PyArgumentEqualDefault305    line_layer_in = split_by_polygon2(306        vector,307        polygon_in,308        request,309        use_contains_operation=False,310        mark_value=(target_field, value))311    line_layer_out = split_by_polygon2(312        vector,313        polygon_out,314        request,315        use_contains_operation=True,316        mark_value=(target_field, 0))317    QgsVectorFileWriter.writeAsVectorFormat(318        line_layer_in, file_name_in, "utf-8", None, "ESRI Shapefile")319    QgsVectorFileWriter.writeAsVectorFormat(320        line_layer_out, file_name_out, "utf-8", None, "ESRI Shapefile")321    QgsVectorFileWriter.writeAsVectorFormat(322        polygon_in, file_name_poly_in, "utf-8", None, "ESRI Shapefile")323    QgsVectorFileWriter.writeAsVectorFormat(324        polygon_out, file_name_poly_out, "utf-8", None, "ESRI Shapefile")325    #merge layers326    in_features = line_layer_in.featureCount()327    out_features = line_layer_out.featureCount()328    if in_features > out_features:329        for feature in line_layer_out.getFeatures():330            line_layer_in.dataProvider().addFeatures([feature])331        return line_layer_in332    else:333        for feature in line_layer_in.getFeatures():334            line_layer_out.dataProvider().addFeatures([feature])335        return line_layer_out336def split_by_polygon2(337        vector,338        polygon_layer,339        request=QgsFeatureRequest(),340        use_contains_operation=False,341        mark_value=None):342    """Split objects from vector layer by polygon.343    If request is specified, filter the objects before splitting.344    If part of vector object lies in the polygon, mark it by mark_value (345    optional).346    :param vector:  Vector layer347    :type vector:   QgsVectorLayer348    :param polygon_layer: Splitting polygons layer349    :type polygon_layer:  QgsVectorLayer350    :param request: Filter for vector objects351    :type request:  QgsFeatureRequest352    :param use_contains_operation: Whether to use geometrical containment.353    :type use_contains_operation: bool354    :param mark_value:  Field value to mark the objects.355    :type mark_value:   (field_name, field_value).or None356    :returns: Vector layer with split geometry357    :rtype: QgsVectorLayer358    """359    def _set_feature(geometry, attributes):360        """361        Helper to create and set up feature362        """363        included_feature = QgsFeature()364        included_feature.setGeometry(geometry)365        included_feature.setAttributes(attributes)366        return included_feature367    def _update_attr_list(attributes, index, value, add_attribute=False):368        """369        Helper for update list of attributes.370        """371        new_attributes = attributes[:]372        if add_attribute:373            new_attributes.append(value)374        else:375            new_attributes[index] = value376        return new_attributes377    # Create layer to store the splitted objects378    result_layer = create_layer(vector)379    result_provider = result_layer.dataProvider()380    fields = result_provider.fields()381    # If target_field does not exist, add it:382    new_field_added = False383    if mark_value is not None:384        target_field = mark_value[0]385        if fields.indexFromName(target_field) == -1:386            result_layer.startEditing()387            result_provider.addAttributes(388                [QgsField(target_field, QVariant.Int)])389            new_field_added = True390            result_layer.commitChanges()391    target_value = None392    if mark_value is not None:393        target_field = mark_value[0]394        target_value = mark_value[1]395        target_field_index = result_provider.fieldNameIndex(target_field)396        if target_field_index == -1:397            raise WrongDataTypeException(398                'Field not found for %s' % target_field)399    # Start split procedure400    line_geoms = []401    line_attributes = []402    for initial_feature in vector.getFeatures(request):403        initial_geom = initial_feature.geometry()404        line_geoms.append(QgsGeometry(initial_geom))405        attributes = initial_feature.attributes()406        line_attributes.append(attributes)407        geometry_type = initial_geom.type()408    poly_geoms = []409    for polygon_feature in polygon_layer.getFeatures(request):410        polygon = polygon_feature.geometry()411        poly_geoms.append(QgsGeometry(polygon))412    result_layer.startEditing()413    for polygon in poly_geoms:414        for initial_geom, attributes in \415                itertools.izip(line_geoms, line_attributes):416            if use_contains_operation:417                poly_contains = polygon.contains(initial_geom)418            else:419                poly_contains = False420            poly_intersect = False421            if not poly_contains:422                poly_intersect = polygon.intersects(initial_geom)423            if poly_contains or poly_intersect:424            # Find parts of initial_geom, intersecting425            # with the polygon, then mark them if needed426                if poly_contains:427                    g = initial_geom428                    if mark_value is not None:429                        new_attributes = _update_attr_list(430                            attributes,431                            target_field_index,432                            target_value,433                            add_attribute=new_field_added434                        )435                    else:436                        new_attributes = attributes437                    feature = _set_feature(g, new_attributes)438                    _ = result_layer.dataProvider().addFeatures([feature])439                else:440                    intersection = QgsGeometry(441                        initial_geom.intersection(polygon)442                    ).asGeometryCollection()443                    for g in intersection:444                        if g.type() == geometry_type:445                            if mark_value is not None:446                                new_attributes = _update_attr_list(447                                    attributes,448                                    target_field_index,449                                    target_value,450                                    add_attribute=new_field_added451                                )452                            else:453                                new_attributes = attributes454                            feature = _set_feature(g, new_attributes)455                            _ = result_layer.dataProvider().\456                                addFeatures([feature])457    result_layer.commitChanges()458    result_layer.updateExtents()...

InjectController.py

Source:InjectController.py

1# -*- coding: utf-8 -*-2import os3import re4import chardet5from libs import Common, Message6__all__ = [7	'Injecter'8]9class Injecter:10    def __init__(self, options):11        self.__options__ = options12        self.mark_dict = {}13        if not self.detect(self.__options__['source_dirs']):14            Message.ShowError('æ æ³æåå®ä½ææéè¦çä»£ç æ³¨å¥ç¹, ç¨åºç»æ¢!')15            Common.exit_with_pause(-1)16        else:17            Message.ShowStatus('å·²æåå®ä½ææä»£ç æ³¨å¥ç¹.\n')18    def __detectCharset(self, filepath):19        '''20        ç»å®ä¸ä¸ªæä»¶è·¯å¾, è·åè¯¥ææ¬æä»¶çç¼ç 21        '''22        with open(filepath, 'rb') as hfile:23            return chardet.detect(hfile.read())['encoding']24    def __searchMark(self, filename):25        line_num = 026        charset = self.__detectCharset(filename)27        regex = r'\s*?' + self.__options__['mark_format'] + r'\s*?'28        if '../../src/'.replace('/', os.path.sep) in filename and charset.upper() != 'UTF-8-SIG':29            Message.ShowWarning('æææä»¶ %s çç¼ç ä¸º UTF-8-SIG èå®éä¸æ¯ %s' % (filename, charset.upper()))30            return31        try:32            textfile = open(filename, encoding=charset)33            for line in textfile:34                line_num = line_num + 135                if '//' not in line:36                    continue37                re_match = re.match(regex, line)38                if not re_match:39                    continue40                if str(re_match.group(1)) in self.mark_dict:41                    Message.ShowError('åç°éå¤çä»£ç æ³¨å¥æ è®°: ' + re_match.group(0))42                    Common.exit_with_pause(-1)43                self.mark_dict[re_match.group(1)] = {44                    'index' : int(re_match.group(1)),45                    'filepath' : filename,46                    'line' : line_num47                }48            textfile.close()49        except Exception as err:50            Message.ShowError('æä»¶ : %s | éè¯¯ä¿¡æ¯ : %s' % (filename, err))51    def detect(self, src_dir):52        if isinstance(src_dir, str):53            src_dir = [src_dir]54        for single_dir in src_dir:55            for dirpath, _dirnames, filenames in os.walk(single_dir):56                for filename in filenames:57                    _base_name, extension_name = os.path.splitext(filename.lower())58                    if extension_name not in self.__options__['process_exts']:59                        continue60                    fullpath = os.path.normpath('%s/%s' % (dirpath, filename))61                    self.__searchMark(fullpath)62        bMarkPassed = True63        for configure in self.__options__['mark_configure']:64            if str(int(configure['id'])) not in self.mark_dict:65                Message.ShowError('æ æ³å®ä½ä»£ç æ³¨å¥ç¹: {index} : {constant} : {desc}'.format(66                    index = str(int(configure['id'])),67                    constant = str(configure['id']),68                    desc = configure['desc']69                ))70                bMarkPassed = False71        return bMarkPassed72    def print(self):73        for _mark_index, mark_value in self.mark_dict.items():74            Message.ShowDebug('ä»£ç æ³¨å¥ç¹ {index} : {constant} ä½äºæä»¶ {filepath} : {line} è¡.'.format(75                index = '%-2s' % mark_value['index'],76                constant = '%-40s' % str(self.__options__['mark_enum'](mark_value['index'])),77                filepath = mark_value['filepath'],78                line = mark_value['line']79            ))80    def insert(self, index, content):81        mark = self.mark_dict[str(int(index))]82        filepath = mark['filepath']83        insert_content = ('\n'.join(content)) + '\n'84        charset = self.__detectCharset(filepath)85        with open(filepath, encoding = charset) as rfile:86            filecontent = rfile.readlines()87        filecontent.insert(mark['line'] - 1, insert_content)88        with open(filepath, mode = 'w', encoding = charset) as wfile:89            wfile.writelines(filecontent)90        for mark_index, mark_value in self.mark_dict.items():91            if mark_index == index:92                continue93            if mark_value['filepath'].lower() != filepath.lower():94                continue95            if mark['line'] < mark_value['line']:...

selectQueries.py

Source:selectQueries.py

1from dbfunctions import dbQuery;2def queryExams(year):3    query_string = '{}{}{}{}{}'.format("\4        SELECT exm_type, YEAR(exm_date), MONTH(exm_date), DAY(exm_date), d_name \5        FROM university.exams\6        JOIN university.disc_to_teachers\7        USING (dtt_instance_id)\8        JOIN university.disciplines\9        USING (d_id)\10        WHERE exm_date BETWEEN '",year,"-01-01' AND '",year+1,"-01-01'\11        ORDER BY exm_date, exm_type");12    query_rows_list = dbQuery(query_string);13    return query_rows_list;14def queryGroups(year):15    query_string = '{}{}{}'.format("\16        SELECT gr_id, students.stud_id, stud_surn, stud_name, stud_name2, stud_status\17        FROM university.students\18        JOIN university.stud_to_grps\19        ON university.students.stud_id = university.stud_to_grps.stud_id\20        WHERE year_study =",year,"\21        ORDER BY gr_id, stud_semester DESC, stud_surn, stud_name, stud_name2");22    query_rows_list = dbQuery(query_string);23    return query_rows_list24def queryDropped(year, semester):25    """26    year is integer like 2016, 2017, 201827    semester is short integer, 1 or 228    """29    if semester == 3:30        where_string = '{}{}'.format("WHERE year_study = ",year);31    else:32        where_string = '{}{}{}{}'.format("WHERE year_study = ",year," AND stud_semester = ",semester-1);33    query_string = '{}{}{}'.format("\34        SELECT gr_id, students.stud_id, stud_surn, stud_name, stud_name2, stud_status\35        FROM university.students\36        JOIN university.stud_to_grps\37        ON university.students.stud_id = university.stud_to_grps.stud_id\38        ",where_string,"\39        ORDER BY gr_id, stud_semester DESC, stud_surn, stud_name, stud_name2");40    query_rows_list = dbQuery(query_string);41    return query_rows_list;42def queryEvilTeachers(year, semester, min_count, mark_value):43    """44    year is integer like 2016, 2017, 2018, or string 'ALL'45    semester is short integer, 1 or 2, or 3 (both semesters)46    """47    #min_count = 148    #mark_value = 349    if semester == 1:50        lower_month = 4;51        upper_month = 8;52    elif semester == 2:53        lower_month = 10;54        upper_month = 12;55    elif semester == 3: #both semesters56        lower_month = 4;57        upper_month = 12;58    if year == 'ALL':59        where_string = '{}{}{}{}{}{}'.format("\60            WHERE MONTH(exm_date) BETWEEN ",lower_month," AND ",upper_month," AND mark_value = ",mark_value);61    else:62        where_string = '{}{}{}{}{}{}{}{}'.format("\63            WHERE YEAR(exm_date) = ",year,"\64                AND MONTH(exm_date) BETWEEN ",lower_month," AND ",upper_month,' AND mark_value = ', mark_value);65    print(where_string);66    query_string = '{}{}{}{}{}'.format("\67        SELECT t_surn, t_name, t_name2, COUNT(mark_id), mark_value\68        FROM university.teachers\69        JOIN university.disc_to_teachers\70        USING (t_no)\71        JOIN university.exams\72        USING (dtt_instance_id)\73        JOIN university.marks\74        USING (exm_id)",75        where_string, "\76        GROUP BY teachers.t_no, mark_value\77        HAVING COUNT(mark_id) >= ",min_count,"\78        ORDER BY mark_value, COUNT(mark_value) DESC, t_surn");79    query_rows_list = dbQuery(query_string);80    return query_rows_list;81#queryExams(2016)82#queryGroups(2016)83#queryDropped(2016, 2)...

tests.py

Source:tests.py

1from base_app.tests import BaseTestCase2from django.urls import reverse3class MarkEndPointTestCase(BaseTestCase):4    def test_add_mark_to_task(self):5        course_id, lecture_id, task_statement_id, task_id = self.create_task()6        jwt = self.auth('qqq')7        data = {8            'mark_value': 9,9        }10        url = reverse(11            'mark-list',12            kwargs={13                'course_pk': course_id,14                'lecture_pk': lecture_id,15                'task_statement_pk': task_statement_id,16                'task_pk': task_id,17            }18        )19        resp, resp_data = self.post(url, data, jwt)20        assert resp.status_code == 20121        assert resp_data['mark_value'] == data['mark_value']22        assert self.users['qqq']['id'] == resp_data['author']['id']23    def test_add_mark_to_task_more_than_10(self):24        course_id, lecture_id, task_statement_id, task_id = self.create_task()25        jwt = self.auth('qqq')26        data = {27            'mark_value': 20,28        }29        url = reverse(30            'mark-list',31            kwargs={32                'course_pk': course_id,33                'lecture_pk': lecture_id,34                'task_statement_pk': task_statement_id,35                'task_pk': task_id,36            }37        )38        resp, resp_data = self.post(url, data, jwt)39        assert resp.status_code == 40040        assert 'ensure' in resp_data['mark_value'][0].lower()41    def test_get_mark_as_student(self):42        course_id, lecture_id, task_statement_id, task_id = self.create_task()43        jwt = self.auth('qqq')44        data = {45            'mark_value': 9,46        }47        url = reverse(48            'mark-list',49            kwargs={50                'course_pk': course_id,51                'lecture_pk': lecture_id,52                'task_statement_pk': task_statement_id,53                'task_pk': task_id,54            }55        )56        resp, resp_data = self.post(url, data, jwt)57        jwt = self.auth('new_student_2')58        url = reverse(59            'mark-detail',60            kwargs={61                'course_pk': course_id,62                'lecture_pk': lecture_id,63                'task_statement_pk': task_statement_id,64                'task_pk': task_id,65                'pk': resp_data["id"],66            }67        )68        resp, resp_data = self.get(url, data, jwt)69        assert resp.status_code == 20070        assert resp_data['mark_value'] == data['mark_value']...

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.