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How to use pin_key method in hypothesis

Best Python code snippet using hypothesis

ab_service.py

Source:ab_service.py

1# -*- coding: utf-8 -*-2from __future__ import division3import copy4from collections import namedtuple5from datetime import datetime6from struct import unpack7from stars.apps.customer.finance.ab import ab_util, utils8from stars.apps.customer.finance.ab.common_const import AgriculturalBankTradeConstData9class Handler(object):10    def handle(self):11        pass12class ErrorHandler(Handler):13    def handle(self):14        pass15class SucHandler(Handler):16    def handle(self):17        pass18class AbService(object):19    head_msg_type = 'R'20    trade_no = ''21    msg_template = ''22    trade_source = ''23    __mch_id = AgriculturalBankTradeConstData.INST_NO24    Header = namedtuple('Header', 'api_type ver msg_size head_msg_type trade_no mch_id encryption_flag mac_flag mac reserve')25    __header_fmt = '!1s3s5s1s5s8s1s1s8s8s'26    __key_fields_set = {'BankPassword', 'TradePassword', 'FundPassword', 'InstOprPwd'}27    must_exist_item = set()28    def __init__(self, suc_handler=None, error_handler=None):29        self.suc_handler = suc_handler30        self.error_handler = error_handler31    # def get_msg_template(self):32    #     return msg_template33    @classmethod34    def create_ab_inst_serial(cls):35        return ab_util.create_ab_inst_serial(ab_util.get_service_name_for_ab(cls.trade_no))36    def get_trade_no(self):37        return self.trade_no38    def send_and_receive(self, data):39        raise NotImplemented40    def send(self, data):41        raise NotImplemented42    def receive(self, size):43        raise NotImplemented44    def get_mch_id(self):45        return self.__class__.__mch_id46    def get_key(self):47        return ab_util.get_key()48    def get_date(self):49        return datetime.today().strftime('%Y%m%d')50    def get_time(self):51        return datetime.today().strftime('%H%M%S')52    @staticmethod53    def get_header_from_text(text):54        a=AbService.Header._make(unpack(AbService.__header_fmt, text))55        return a._replace(msg_size=int(a.msg_size))56    def split_header_msg(self, buf):57        if isinstance(buf, list):58            buf = ''.join(buf)59        s = buf[:41]60        header = self.get_header_from_text(s)61        msg_size = header.msg_size62        cr_msg = buf[41: 41+msg_size]63        return header, cr_msg64    def decrypt_recv_msg_body(self, cr_msg, buf_size, pack_key, pin_key, mac_key):65        # with open('b.txt', 'wb') as w:66        #     w.write(cr_msg)67        msg = self.decrypt_msg(cr_msg, pack_key, pin_key)68        # TODO for test69        with open('received_msg.txt', 'wb') as w:70            w.write(msg)71        # b=chardet.detect(msg)72        # print(b)73        data = utils.make_dict_from_xml(msg)74        return data75    def decrypt_msg(self, data, pack_key, pin_key):76        try:77            msg = ab_util.ab_decrypt_msg(data, pack_key)78            # å³é®å79            key_fields = self.__class__.__key_fields_set.intersection(set(data.keys()))80            if key_fields:81                data = copy.deepcopy(data)82                for ele in key_fields:83                    if data[ele]:84                        data[ele] = ab_util.ab_decrypt_password(data[ele], pin_key)85            return msg86        except Exception as e:87            print(e)88    def check_msg_text(self, data, pack_key, pin_key, mac_key):89        s = self.check_msg_text_for_common(data, pack_key, pin_key, mac_key)90        return s91    def make_data(self, data, pack_key, pin_key, mac_key, msg_template=None):92        return self.__make_data(data, pack_key, pin_key, mac_key, msg_template)93    def get_code(self, s):94        return '17{}'.format(s)95    def check_mac(self, text, mac, mac_key, pack_key, pin_key):96        # ä¸æ£æ¥97        # if not ab_util.check_mac(text, mac, mac_key):98        #     code = self.get_code('2043')99        #     m = {'InstructionCode': self.__class__.trade_no,  # äº¤æå·100        #         'TradeSource': 'B',   # äº¤æåèµ·æ¹ï¼å¸åº101        #         'InstNo': self.get_mch_id(),   # å¸åºç¼å·102        #         'Date': self.get_date(),103        #          'Time': self.get_time(),104        #          'Code': code,105        #     }106        #     # t = self.make_data(m, pack_key, pin_key, mac_key)107        #     t = m108        #     return t109        return None110    def check_msg_text_for_common(self, data, pack_key, pin_key, mac_key):111        # è§£æéè¯¯112        m = None113        if not data:114            code = self.get_code('2044')  # éè®¯æ¶æ¯ä½æ ¼å¼éè¯¯115            m = {'InstructionCode': self.__class__.trade_no,  # äº¤æå·116                'TradeSource': self.trade_source,  # äº¤æåèµ·æ¹117                'InstNo': self.get_mch_id(),  # å¸åºç¼å·118                'Date': self.get_date(),119                 'Time': self.get_time(),120                 'Code': code,121                 'Info': u'éè®¯æ¶æ¯ä½æ ¼å¼éè¯¯:'122                 }123        # ç¼ºå°å¿é¡»é¡¹124        elif self.must_exist_item and not self.must_exist_item.issubset(set(data.keys())):125            code = self.get_code('2044')126            m = {'InstructionCode': self.__class__.trade_no,  # äº¤æå·127                'TradeSource': self.trade_source,  # äº¤æåèµ·æ¹128                'InstNo': self.get_mch_id(),  # å¸åºç¼å·129                'Date': self.get_date(),130                 'Time': self.get_time(),131                 'Code': code,132                 'Info': u'ç¼ºå°å¿é¡»é¡¹:' + ','.join(self.must_exist_item - set(data.keys()))133                 }134        elif data.get('InstructionCode') != self.trade_no:135            code = '2031'  # äº¤æç é136            m = {'InstructionCode': self.__class__.trade_no,  # äº¤æå·137                'TradeSource': self.trade_source,   # äº¤æåèµ·æ¹138                'InstNo': self.get_mch_id(),   # å¸åºç¼å·139                'Date': self.get_date(),140                 'Time': self.get_time(),141                 'Code': code,142                 'Info': u'äº¤æç é:'143            }144        elif not utils.is_none_or_empty_or_blank(data.get('InstNo')) and data.get('InstNo') != self.get_mch_id():145            code = '2031'  # å¸åºç¼ç é146            m = {'InstructionCode': self.__class__.trade_no,  # äº¤æå·147                'TradeSource': self.trade_source,   # äº¤æåèµ·æ¹148                'InstNo': self.get_mch_id(),   # å¸åºç¼å·149                'Date': self.get_date(),150                 'Time': self.get_time(),151                 'Code': code,152                 'Info': u'å¸åºç¼ç é:'153            }154        if m:155            t = self.make_data(m, pack_key, pin_key, mac_key)156            return t157        return None158    def __make_header(self, msg_size, mac):159        return ab_util.make_header(msg_size, mac=mac,160                                   msg_type=self.__class__.head_msg_type,161                                   trade_no=self.__class__.trade_no,162                                   mch_id=self.__class__.__mch_id)163    def __make_enc_msg(self, data, pack_key, pin_key=None, msg_template=None ):164        key_fields = self.__class__.__key_fields_set.intersection(set(data.keys()))165        if key_fields:166            data = copy.deepcopy(data)167            for ele in key_fields:168                if data[ele]:169                    data[ele] = ab_util.ab_encrypt_password(data[ele], pin_key)170        if not msg_template:171            s = self.__class__.msg_template.decode('utf8').format(**data)172        else:173            s = msg_template.decode('utf8').format(**data)174        s = s.encode('gbk')175        # s = s.encode('utf8')176        with open('r_msg.txt', 'wb') as w:177            w.write(s)178            # w.write(pack_key)179            # w.write(pin_key)180        # logging.exception('test by lwj 11111111111111111')181        # logging.exception('pa_k :'+pack_key)182        # logging.exception('pi_k :'+pin_key)183        c_msg = ab_util.ab_encrypt_msg(s, pack_key)184        return c_msg185    def __make_data(self, data, pack_key, pin_key, mac_key, msg_template=None ):186        c_msg = self.__make_enc_msg(data, pack_key, pin_key,  msg_template)187        mac = ab_util.make_mac(c_msg, mac_key)188        header = self.__make_header(len(c_msg), mac)189        return header + c_msg190    def __check_header_msg(self, header, recv_msg, mac_key):191        mac = header.mac192        if not ab_util.check_mac(recv_msg, mac, mac_key):193            pass # TODO194    def do_event(self, data, keys=None):...

rbpi_controller.py

Source:rbpi_controller.py

1'''Created on 2018/11/172   last update 2018/12/073@author: Taylor W Hickem4'''5import sys6import RPi.GPIO as GPIO7import datetime as dt8import logger9LOGGER_STATUS = True    #log results to csv file Y/N?10#define the settings11light_settings = {}12pump_settings = {}13light_settings['start_hrs'] = 614light_settings['lights-T'] = {'OFF hrs':8.00}15light_settings['lights-M'] = None16light_settings['lights-L'] = {'OFF hrs':8.00}17pump_settings['pumpA'] = {'ON sec':30,'OFF sec':900,'last_update':None,'last_value':None}18pump_settings['pumpB'] = {'ON sec':60,'OFF sec':600,'last_update':None,'last_value':None}19#define the GPIO pin arrangement20pins = {'pumpA':17,'pumpB':5,'lights-M':25,'lights-L':23,'lights-T':24}21#define the default value settings22# the pumps are configured as NC and the relay is inverted23# so a 1 corresponds to the OFF position24# for the lights, they are configured as NO so a 1 corresponds to ON25ON_values = {'pumpA':0,'pumpB':0,'lights-M':1,'lights-L':1,'lights-T':1}26defaultValues = {'pumpA':False,'pumpB':False,'lights-T':True,'lights-M':False,'lights-L':True}27def setupPins():28    for pin in pins:29        GPIO.setup(pins[pin],GPIO.OUT)30def pinIsON(pin_key):31    pinId = pins[pin_key]32    pinONValue = ON_values[pin_key]33    GPIOValue = GPIO.input(pinId)34    isON = (GPIOValue==pinONValue)35    return isON36def setPinValue(pin_key,isON):37    pinId = pins[pin_key]38    pinONValue = ON_values[pin_key]39    if isON:40        outputValue = pinONValue41    else:42        outputValue = 1-pinONValue43    GPIO.output(pinId,outputValue)44    45def set_defaultValues():46    for pin in pins:47        setPinValue(pin,defaultValues[pin])48        if LOGGER_STATUS:49            logger.writelog_controller_action('set default value'50                ,defaultValues[pin]*1,'set default value for %s' % pin)51        52def updateLightStatus(light_key,nowTime):53    settings = light_settings[light_key]54    if not settings is None:55        start_hrs = light_settings['start_hrs']56        offHrs = settings['OFF hrs']57        onHrs = 24 - offHrs58        isON = pinIsON(light_key)59        if start_hrs+onHrs < 24: # OFF time is within same day60            sameDay = True61            end_hrs = start_hrs + onHrs62        else:   #OFF time is the next day63            sameDay = False64            end_hrs = onHrs - (24-start_hrs)65        now_hrs = nowTime.hour + float(nowTime.minute)/6066        if sameDay:67            elapsed = [now_hrs-start_hrs,now_hrs-end_hrs]68            if elapsed[0]<0 and elapsed[1]<0: # OFF69                target_state = False70            elif elapsed[0]>=0 and elapsed[1]<0: # ON71                target_state = True72            else: # OFF73                target_state = False74        else:75            elapsed = [now_hrs-end_hrs,now_hrs-start_hrs]76            if elapsed[0]<0 and elapsed[1]<0: # ON77                target_state = True78            elif elapsed[0]>=0 and elapsed[1]<0: # OFF79                target_state = False80            else: # ON81                target_state = True82        if not (isON == target_state):83            setPinValue(light_key,target_state)84            if LOGGER_STATUS:85                logger.writelog_controller_action('change light status'86                    ,target_state*1,'changed light status for %s' % light_key)87            88def updatePumpStatus(pump_key,nowTime):89    90    def changePumpStatus(isON):91        setPinValue(pump_key,isON)92        pump_settings[pump_key]['last_update'] = nowTime93        pump_settings[pump_key]['last_value'] = isON94        if LOGGER_STATUS:95            logger.writelog_controller_action('change pump status'96                ,isON*1,'changed pump status for %s' % pump_key)97    settings = pump_settings[pump_key]98    last_update = settings['last_update']99    last_value = settings['last_value']100    isON = pinIsON(pump_key)101    if last_update is None:102        last_update = nowTime103        last_value = isON104        pump_settings[pump_key]['last_update'] = last_update105        pump_settings[pump_key]['last_value'] = last_value106    ONOFF_sec = (settings['ON sec'],settings['OFF sec'])107    elapsed = nowTime - last_update108    if last_value:  #ON109        if elapsed.seconds>ONOFF_sec[0]:110            if isON:111                changePumpStatus(False)112        else:113            if not isON:114                changePumpStatus(True)115    else:           #OFF116        if elapsed.seconds>ONOFF_sec[1]:117            if not isON:118                changePumpStatus(True)119        else:120            if isON:121                changePumpStatus(False)122def updateLightsStatus(nowTime):123    for light_key in [x for x in light_settings if not x == 'start_hrs']:124        updateLightStatus(light_key,nowTime)125def updatePumpsStatus(nowTime):126    for pump_key in pump_settings:127        updatePumpStatus(pump_key,nowTime)128    129def run_process():130    while True:131        nowTime = dt.datetime.now()132        updateLightsStatus(nowTime)133        updatePumpsStatus(nowTime)134def main():135        # set the mode136        GPIO.setmode(GPIO.BCM)137        # setup the pins138        setupPins()139        140        # set pins to default values141        set_defaultValues()142        143        # run the process144        run_process()145if __name__ == "__main__":146    try:147        main()148    except BaseException as e:149        print('shutting down for exception %s' % e)150        print(e.message)151        if LOGGER_STATUS:152            logger.writelog_exception(153                str(e.message),154                value=str(e.args),155                exception_type=type(e).__name__)156        # set to default values157        set_defaultValues()158        GPIO.cleanup()...

harness.py

Source:harness.py

1from dbmanager import DBManager2def harnessapp(config):3    dbm = DBManager(config)4    dbm.readdb()5    data = dbm.getdata()6    cables = data['cable']7    output = []8    for cable in cables:9        output.append(cable['Parent'] + '/' + cable['Name'])10        # output.append('\tConnectors:')11        for conn in cable['Connectors']:12            output.append('-'*4 + conn['Name'] + ':' + conn['BlockType'])13            try:14                output.append('-'*8 + 'Family: ' + conn['Family'])15            except KeyError:16                output.append('-'*8 +'Part number: ' + conn['PartNumber'])17            for pin in range(1, int(conn['Pins'])+1):18                if pin < 10:19                    pin_key = 'Pin0' + str(pin)20                else:21                    pin_key = 'Pin' + str(pin)22                try:23                    if conn[pin_key] != '':24                        output.append('-'*8 + pin_key + ': ' + conn[pin_key])25                except KeyError:26                    pass27        output.append('.')...

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