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How to use is_response method in localstack

Best Python code snippet using localstack_python

test_response.py

Source:test_response.py

...26    # Given27    stub_response = MOCK_RESPONSE28    # When29    # Then30    assert_that(stub_response, is_response().with_status_code(200))31    assert_that(stub_response, not_(is_response().with_status_code(201)))32    assert_that(is_response().with_status_code(200), has_string("response with status_code: <200>"))33    assert_that(34        is_response().with_status_code(201),35        mismatches_with(stub_response, contains_string("was response with status code: was <200>")),36    )37    assert_that(38        is_response().with_status_code(200),39        matches_with(stub_response, "was response with status code: was <200>"),40    )41def test_response_matcher_body():42    # Given43    stub_response = MOCK_RESPONSE44    # When45    # Then46    assert_that(stub_response, is_response().with_body("sausages"))47    assert_that(stub_response, not_(is_response().with_body("chips")))48    assert_that(is_response().with_body("chips"), has_string("response with body: 'chips'"))49    assert_that(50        is_response().with_body("chips"),51        mismatches_with(stub_response, contains_string("was response with body: was 'sausages'")),52    )53    assert_that(54        is_response().with_body("sausages"),55        matches_with(stub_response, contains_string("was response with body: was 'sausages'")),56    )57def test_response_matcher_content():58    # Given59    stub_response = MOCK_RESPONSE60    # When61    # Then62    assert_that(stub_response, is_response().with_content(b"content"))63    assert_that(stub_response, not_(is_response().with_content(b"chips")))64    assert_that(65        str(is_response().with_content(b"content")),66        contains_string("response with content: <b'content'>"),67    )68    assert_that(69        is_response().with_content(b"chips"),70        mismatches_with(71            stub_response, contains_string("was response with content: was <b'content'>")72        ),73    )74    assert_that(75        is_response().with_content(b"content"),76        matches_with(stub_response, contains_string("was response with content: was <b'content'>")),77    )78def test_response_matcher_json():79    # Given80    stub_response = MOCK_RESPONSE81    # When82    # Then83    assert_that(stub_response, is_response().with_json({"a": "b"}))84    assert_that(stub_response, not_(is_response().with_json({"a": "c"})))85    assert_that(86        str(is_response().with_json({"a": "b"})),87        contains_string("response with json: <{'a': 'b'}>"),88    )89    assert_that(90        is_response().with_json([1, 2, 4]),91        mismatches_with(stub_response, contains_string("was response with json: was <{'a': 'b'}>")),92    )93    assert_that(94        is_response().with_json({"a": "b"}),95        matches_with(stub_response, contains_string("was response with json: was <{'a': 'b'}>")),96    )97def test_response_matcher_headers():98    # Given99    response = MOCK_RESPONSE100    # When101    # Then102    assert_that(response, is_response().with_headers({"key": "value"}))103    assert_that(response, not_(is_response().with_headers({"key": "nope"})))104    assert_that(105        str(is_response().with_headers({"key": "value"})),106        contains_string("response with headers: <{'key': 'value'}"),107    )108    assert_that(109        is_response().with_headers({"key": "nope"}),110        mismatches_with(111            response, contains_string("was response with headers: was <{'key': 'value'}")112        ),113    )114    assert_that(115        is_response().with_headers({"key": "value"}),116        matches_with(response, contains_string("was response with headers: was <{'key': 'value'}")),117    )118def test_response_matcher_cookies():119    # Given120    response = MOCK_RESPONSE121    # When122    # Then123    assert_that(response, is_response().with_cookies({"name": "value"}))124    assert_that(response, not_(is_response().with_cookies({"name": "nope"})))125    assert_that(126        str(is_response().with_cookies({"name": "value"})),127        contains_string("response with cookies: <{'name': 'value'}"),128    )129    assert_that(130        is_response().with_cookies({"name": "nope"}),131        mismatches_with(132            response, contains_string("was response with cookies: was <{'name': 'value'}")133        ),134    )135    assert_that(136        is_response().with_cookies({"name": "value"}),137        matches_with(138            response, contains_string("was response with cookies: was <{'name': 'value'}")139        ),140    )141def test_response_matcher_elapsed():142    # Given143    response = MOCK_RESPONSE144    # When145    # Then146    assert_that(response, is_response().with_elapsed(timedelta(seconds=1)))147    assert_that(response, not_(is_response().with_elapsed(timedelta(seconds=60))))148    assert_that(149        str(is_response().with_elapsed(timedelta(seconds=1))),150        contains_string("response with elapsed: <0:00:01>"),151    )152    assert_that(153        is_response().with_elapsed(timedelta(seconds=60)),154        mismatches_with(response, contains_string("was response with elapsed: was <0:00:01>")),155    )156    assert_that(157        is_response().with_elapsed(timedelta(seconds=1)),158        matches_with(response, contains_string("was response with elapsed: was <0:00:01>")),159    )160def test_response_matcher_history_and_url():161    # Given162    response = MOCK_RESPONSE163    # When164    # Then165    assert_that(166        response,167        is_response().with_history(168            contains_exactly(169                is_response().with_url(is_url().with_path("/path1")),170                is_response().with_url(is_url().with_path("/path2")),171            )172        ),173    )174    assert_that(175        response,176        not_(177            is_response().with_history(178                contains_exactly(179                    is_response().with_url(is_url().with_path("/path1")),180                    is_response().with_url(is_url().with_path("/path3")),181                )182            )183        ),184    )185    assert_that(186        str(187            is_response().with_history(188                contains_exactly(189                    is_response().with_url(is_url().with_path("/path1")),190                    is_response().with_url(is_url().with_path("/path2")),191                )192            )193        ),194        contains_string(195            "response with history: a sequence containing "196            "[response with url: URL with path: '/path1', response with url: URL with path: '/path2']"197        ),198    )199    assert_that(200        is_response().with_history(201            contains_exactly(202                is_response().with_url(is_url().with_path("/path1")),203                is_response().with_url(is_url().with_path("/path3")),204            )205        ),206        mismatches_with(207            response,208            contains_string(209                "was response with history: item 1: was response with url: was URL with path: was </path2>"210            ),211        ),212    )213def test_response_matcher_url():214    # Given215    response = MOCK_RESPONSE216    # When217    # Then218    assert_that(response, is_response().with_url(is_url().with_path("/path0")))219    assert_that(response, not_(is_response().with_url(is_url().with_path("/nope"))))220    assert_that(221        str(is_response().with_url(is_url().with_path("/path0"))),222        contains_string("response with url: URL with path: '/path0'"),223    )224    assert_that(225        is_response().with_url(is_url().with_path("/nope")),226        mismatches_with(227            response, contains_string("was response with url: was URL with path: was </path0>")228        ),229    )230    assert_that(231        is_response().with_url(is_url().with_path("/path0")),232        matches_with(233            response, contains_string("was response with url: was URL with path: was </path0>")234        ),235    )236def test_response_matcher_encoding():237    # Given238    stub_response = MOCK_RESPONSE239    # When240    # Then241    assert_that(stub_response, is_response().with_encoding("utf-8"))242    assert_that(stub_response, not_(is_response().with_encoding("ISO-8859-1")))243    assert_that(is_response().with_encoding("utf-8"), has_string("response with encoding: 'utf-8'"))244    assert_that(245        is_response().with_encoding("ISO-8859-1"),246        mismatches_with(stub_response, contains_string("was response with encoding: was 'utf-8'")),247    )248    assert_that(249        is_response().with_encoding("utf-8"),250        matches_with(stub_response, contains_string("was response with encoding: was 'utf-8'")),251    )252def test_response_matcher_invalid_json():253    # Given254    stub_response = mock.MagicMock(255        status_code=200, text="body", content=b"content", headers={"key": "value"}256    )257    type(stub_response).json = mock.PropertyMock(side_effect=ValueError)258    # When259    # Then260    assert_that(stub_response, not_(is_response().with_json([1, 2, 4])))261    assert_that(262        is_response().with_json([1, 2, 4]),263        mismatches_with(stub_response, contains_string("was response with json: was <None>")),264    )265def test_redirect_to():266    # Given267    stub_response = mock.MagicMock(268        status_code=301, headers={"Location": a_url().with_path("/sausages").build()}269    )270    # When271    # Then272    assert_that(stub_response, redirects_to(is_url().with_path("/sausages")))273    assert_that(stub_response, not_(redirects_to(is_url().with_path("/bacon"))))274    assert_that(275        redirects_to(is_url().with_path("/sausages")),276        has_string("redirects to URL with path: '/sausages'"),277    )278def test_response_matcher_builder():279    # Given280    stub_response = MOCK_RESPONSE281    matcher = (282        is_response()283        .with_status_code(200)284        .and_body("sausages")285        .and_content(b"content")286        .and_json(has_entries(a="b"))287        .and_headers(has_entries(key="value"))288        .and_cookies(has_entries(name="value"))289        .and_elapsed(between(timedelta(seconds=1), timedelta(minutes=1)))290        .and_history(291            contains_exactly(292                is_response().with_url(is_url().with_path("/path1")),293                is_response().with_url(is_url().with_path("/path2")),294            )295        )296        .and_url(is_url().with_path("/path0"))297        .and_encoding("utf-8")298    )299    mismatcher = is_response().with_body("kale").and_status_code(404)300    # When301    # Then302    assert_that(stub_response, matcher)303    assert_that(stub_response, not_(mismatcher))304    assert_that(305        matcher,306        has_string(307            "response with "308            "status_code: <200> "309            "body: 'sausages' "310            "content: <b'content'> "311            "json: a dictionary containing {'a': 'b'} "312            "headers: a dictionary containing {'key': 'value'} "313            "cookies: a dictionary containing {'name': 'value'} "...

Microservices.py

Source:Microservices.py

1# Logger2 3import random 4import json 5from MyMQTT import * 6import time 7from dataclasses import dataclass8from dataclasses_json import dataclass_json, config9from os.path import exists10from typing import List11class Raspberry_Pie_Logger: 12    def __init__(self,topic,clientID,broker,port): 13        self.clientID=clientID 14        self.topic=topic 15        self.client=MyMQTT(clientID,broker,port,self) 16    def run(self): 17        self.client.start() 18        print('{} has started'.format(self.clientID)) 19        self.client.mySubscribe(self.topic) 20    def end(self): 21        self.client.stop() 22        print('{} has stopped'.format(self.clientID)) 23    def emergencyHealthCheck(self, topic, msg):24        # print("Emergency Health Check")25        # decompose massage26        massage=json.loads(msg) 27        name = massage['e']['n'] 28        value = massage['e']['v'] 29        # unit = massage['e']['unit'] 30        # time = massage['e']['timestamp'] 31        # source = massage['bn'].split('/')32        # patientID = source[-2]33        # sensorID =source[-1]34        35        is_response = False36        if (name == "oxygen"):37            if (value >= 95 and  value <= 100):38            # do nothing all right 39                pass   40            elif (value > 85 and  value <= 94):41                # #hypoxia42                # print("hypoxia: " +str(name)+" "+str( value))43                massage['e']['n']  = "Hypoxia"44                is_response = True45            elif (value >= 0 and  value <= 84):46                #sensor problem47                # print("sensor problem : " +name)48                massage['e']['n']  ="Sensor Error"49                is_response = True50            else:51                #sensor problem52                # print("sensor problem : " +name )53                massage['e']['n'] = "Value Error"54                is_response = True55        elif (name == "room temperature"):56            if (value>= 20.0 and  value<= 22.0):57                #do nothing all right    Normal Room58                pass59            elif (value> 22.0 and value< 50.0):60                #Hot Room61                # print("hypoxia: " +name +" "+ value)62                massage['e']['n'] = "Hot Room"63                # is_response = True64            elif (value < 20.0 and value > -10.0):65                #cold Room66                # print("sensor problem : " +name )67                massage['e']['n'] = "Cold Room"68                # is_response = True69            else:70                #sensor problem71                # print("sensor problem : " +name )72                massage['e']['n'] = "Value Error"73                is_response = True74        elif (name == "heartrate"):75            if (value>= 60 and  value<= 100):76                #do nothing all right    Normal heart rate77                pass78            elif (value> 100):79                #Hot Room80                # print("hypoxia: " +name +" "+ value)81                massage['e']['n'] = "Tachycardia" 82                is_response = True83            elif (value< 60):84                #cold Room85                # print("sensor problem : " +name )86                massage['e']['n'] = "Bradycardia"87                is_response = True88            else:89                #sensor problem90                # print("sensor problem : " +name )91                massage['e']['n'] = "Value Error"92                is_response = True93        elif (name == "body temperature"):94            if (value>= 35.6 and  value<= 37.4):95                #do nothing all right    Normal Room96                pass97            elif (value>= 37.5 and  value<= 39.4):98                #Hot Room99                # print("hypoxia: " +name +" "+ value)100                massage['e']['n'] = "Fever"101                is_response = True102            elif (value>= 39.5 and  value<= 42):103                #cold Room104                # print("sensor problem : " +name )105                massage['e']['n'] = "High Fever"  106                is_response = True              107            elif (value>= 33.0 and  value<= 35.5):108                #cold Room109                # print("sensor problem : " +name )110                massage['e']['n'] = "Hypothermia"111                is_response = True112            else:113                #sensor problem114                # print("sensor problem : " +name )115                massage['e']['n'] = "Value Error"116                is_response = True117        #118        if is_response == True:119            massage['e']['n']= "Warning/" +massage['e']['n']120            massage['e']['t'] = time.time()121            # json.dumps(massage)122            return topic+"/Warning", massage123        else:124            return None, None125    def roomAdjustments(self, topic, msg):126        # print("Emergency Health Check")127        # decompose massage128        massage=json.loads(msg) 129        name = massage['e']['n'] 130        value = massage['e']['v'] 131        # unit = massage['e']['unit'] 132        # time = massage['e']['timestamp'] 133        source = massage['bn'].split('/')134        patientID = source[-2]135        # sensorID =source[-1]136        is_response = False137        response_massage = { 138                'bn': patientID +"/" +"RoomCommand", 139                'e': 140                    {'n': '', 'v': '', 't': '', 'u': ''}141            } 142        if (name == "room temperature"):143            if (value>= 20.0 and  value<= 22.0):144                #do nothing all right    Normal Room145                pass146            elif (value> 22.1 and value<= 25.0):147                #warm Room148                massage['e']['n']= "HeatingSystem"149                massage['e']['v'] = 0150                massage['e']['u'] = "bool Off(0)/On(0)"151                is_response = True152            elif (value> 25.0):153                #Hot Room154                massage['e']['n']= "Windows"155                massage['e']['v'] = 0156                massage['e']['u'] = "bool (Open(0)/Close(1)"157                is_response = True158            elif (value< 19.9 and value>= 17):159                #chill Room160                massage['e']['n']= "Windows"161                massage['e']['v'] = 1162                massage['e']['u'] = "bool (Open(0)/Close(1)"163                is_response = True164            elif (value< 17):165                #cold Room166                massage['e']['n']= "HeatingSystem"167                massage['e']['v'] = 1168                massage['e']['u'] = "bool Off(0)/On(0)"169                is_response = True170            else:171                #sensor problem172                pass173                # print("sensor problem : " +name )174                # massage['e']['n'] = " (Value Error)"175                # is_response = True176        #177        if is_response == True:178            response_massage['e']['t'] = time.strftime("%d-%m-%Y %H:%M:%S")179            # json.dumps(response_massage)180            t_source = topic.split('/')181            t_source.pop() #remove sensor id182            topic = "/".join(t_source)183            return topic+"/RoomCommand", massage184        else:185            return None, None186    def notify(self,topic,msg): 187        massage=json.loads(msg) 188        name = massage['e']['n'] 189        value = massage['e']['v'] 190        unit = massage['e']['u'] 191        time = massage['e']['t'] 192        # patientID = source[-2]193        # sensorID =source[-1]194        print(f'{topic} {name}: {round(value,2)}{unit} at {time}.') 195        #process massege196        t_source = topic.split('/')197        # CALL microservices here198        if t_source[-1] != "Warning" and t_source[-1] != "RoomCommand":199            response_topic, response = self.emergencyHealthCheck(topic, msg)200            if response is not None:201                self.client.myPublish(response_topic, response)202            response_topic, response = self.roomAdjustments(topic, msg)203            if response is not None:204                self.client.myPublish(response_topic, response)205        206if __name__ == '__main__': 207    conf=json.load(open("settings.json")) 208    broker = conf["broker"] 209    port = conf["port"] 210    baseTopic = conf["baseTopic"]211    topic = baseTopic + "/#" 212    RP_Logger = Raspberry_Pie_Logger(topic,"Logger",broker,port) 213    RP_Logger.run() 214    while True: 215        time.sleep(1) ...

packet.py

Source:packet.py

...36        # Opposite of the getter, add the flag bits back onto the sequence number int37        # Woe be unto those that use ints bigger than 32 bits for their sequence numbers38        self._sequence = seq_num | ((self.is_response << 30) + (self.is_client << 31))39    @property40    def is_response(self):41        return self._get_bit_truthiness(30)42    @is_response.setter43    def is_response(self, is_response):44        self._set_bit(is_response, 30)45    @property46    def is_client(self):47        return self._get_bit_truthiness(31)48    @is_client.setter49    def is_client(self, is_client):50        self._set_bit(is_client, 31)51    @property52    def size(self):53        # Public getter for size, but no public setter54        return self._size55    @property56    def _size(self):57        return int(unpack_from('I', self._buffer, 4)[0])...

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