How to use lower method in hypothesis
Best Python code snippet using hypothesis
searchcars.py
Source:searchcars.py 
1import os2import jinja23import webapp24from google.appengine.api import users5from google.appengine.ext import ndb6from vehicles import Vehicles7JINJA_ENVIRONMENT = jinja2.Environment(8 loader=jinja2.FileSystemLoader(os.path.dirname(__file__)),9 extensions=['jinja2.ext.autoescape'],10 autoescape=True11)12class SearchCars(webapp2.RequestHandler):13 def get(self):14 self.response.headers['Content-Type'] = 'text/html'15 url = ''16 login_status = ''17 user = users.get_current_user()18 if user:19 url = users.create_logout_url(self.request.uri)20 login_status = 'Logout'21 else:22 url = users.create_login_url(self.request.uri)23 login_status = 'Login'24 total_query = Vehicles.query()25 count = 026 for i in total_query:27 count = count + 128 template_values = {29 'user': user,30 'url': url,31 'login_status': login_status,32 'total_query': total_query,33 'count': count34 }35 template = JINJA_ENVIRONMENT.get_template('search-cars.html')36 self.response.write(template.render(template_values))37 def post(self):38 self.response.headers['Content-Type'] = 'text/html'39 url = ''40 login_status = ''41 user = users.get_current_user()42 if user:43 url = users.create_logout_url(self.request.uri)44 login_status = 'Logout'45 else:46 url = users.create_login_url(self.request.uri)47 login_status = 'Login'48 action = self.request.get('Search')49 count = 050 if action == 'Search':51 name = self.request.get('vehicleName')52 manufacturer = self.request.get('manufacturer')53 lower_year = self.request.get('lower_year')54 upper_year = self.request.get('upper_year')55 battery_lower = self.request.get('battery_lower')56 battery_upper = self.request.get('battery_upper')57 range_lower = self.request.get('range_lower')58 range_upper = self.request.get('range_upper')59 cost_lower = self.request.get('cost-lower')60 cost_upper = self.request.get('cost-upper')61 power_lower = self.request.get('power-lower')62 power_upper = self.request.get('power-upper')63 # Values if empty64 if len(lower_year) == 0:65 lower_year = int(2010)66 if len(upper_year) == 0:67 upper_year = int(2022)68 if len(battery_lower) == 0:69 battery_lower = float(50)70 if len(battery_upper) == 0:71 battery_upper = float(550)72 if len(range_lower) == 0:73 range_lower = 20074 if len(range_upper) == 0:75 range_upper = 85076 if len(cost_lower) == 0:77 cost_lower = int(20000)78 if len(cost_upper) == 0:79 cost_upper = int(80000)80 if len(power_lower) == 0:81 power_lower = int(50)82 if len(power_upper) == 0:83 power_upper = int(300)84 # Year Comparison85 if int(lower_year) >= 2010 and int(lower_year) <= 2022:86 year_lower_error_message = ''87 year_lower_error_style = ''88 else:89 year_lower_error_message = 'Year is below 2010 or above 2022'90 year_lower_error_style = 'error_style'91 if int(upper_year) >= 2010 and int(upper_year) <= 2022:92 year_higher_error_message = ''93 year_higher_error_style = ''94 else:95 year_higher_error_message = 'Year is below 2010 or above 2022'96 year_higher_error_style = 'error_style'97 # Battery Comparison98 if float(battery_lower) >= 50.0 and float(battery_lower) <= 550.0:99 battery_lower_error_message = ''100 battery_lower_error_style = ''101 else:102 battery_lower_error_message = 'Battery size is below 50.0Kwh or above 550.0Kwh'103 battery_lower_error_style = 'error_style'104 if float(battery_upper) >= 50.0 and float(battery_upper) <= 550.0:105 battery_higher_error_message = ''106 battery_higher_error_style = ''107 else:108 battery_higher_error_message = 'Battery size is below 50.0Kwh or above 550.0Kwh'109 battery_higher_error_style = 'error_style'110 # Range Comparison111 if int(range_lower) >= 200 and int(range_lower) <= 850:112 range_lower_error_message = ''113 range_lower_error_style = ''114 else:115 range_lower_error_message = 'Range is below 200km or above 850km'116 range_lower_error_style = 'error_style'117 if int(range_upper) >= 200 and int(range_upper) <= 850:118 range_higher_error_message = ''119 range_higher_error_style = ''120 else:121 range_higher_error_message = 'Range is below 200km or above 850km'122 range_higher_error_style = 'error_style'123 # Cost Comparison124 if int(cost_lower) >= 20000 and int(cost_lower) <= 80000:125 cost_lower_error_message = ''126 cost_lower_error_style = ''127 else:128 cost_lower_error_message = 'Cost is below 20,000 or above 80,000'129 cost_lower_error_style = 'error_style'130 if int(cost_upper) >= 20000 and int(cost_upper) <= 80000:131 cost_higher_error_message = ''132 cost_higher_error_style = ''133 else:134 cost_higher_error_message = 'Cost is below 20,000 or above 80,000'135 cost_higher_error_style = 'error_style'136 # Power Comparison137 if int(power_lower) >= 50 and int(power_lower) <= 300:138 power_lower_error_message = ''139 power_lower_error_style = ''140 else:141 power_lower_error_message = 'Power is below 50kW or above 300kW'142 power_lower_error_style = 'error_style'143 if int(power_upper) >= 50 and int(power_upper) <= 300:144 power_upper_error_message = ''145 power_upper_error_style = ''146 else:147 power_upper_error_message = 'Power is below 50kW or above 300kW'148 power_upper_error_style = 'error_style'149 # manufacturer = str(manufacturer)150 lower_year = int(lower_year)151 upper_year = int(upper_year)152 battery_lower = float(battery_lower)153 battery_upper = float(battery_upper)154 range_lower = int(range_lower)155 range_upper = int(range_upper)156 cost_lower = int(cost_lower)157 cost_upper = int(cost_upper)158 power_lower = int(power_lower)159 power_upper = int(power_upper)160 car_query = Vehicles.query()161 year_query = car_query.filter(Vehicles.year >= lower_year, Vehicles.year <= upper_year).fetch(keys_only=True)162 battery_query = car_query.filter(Vehicles.batterySize >= battery_lower,163 Vehicles.batterySize <= battery_upper).fetch(keys_only=True)164 range_query = car_query.filter(Vehicles.WLTP_range >= range_lower, Vehicles.WLTP_range <= range_upper).fetch(165 keys_only=True)166 cost_query = car_query.filter(Vehicles.cost >= cost_lower, Vehicles.cost <= cost_upper).fetch(keys_only=True)167 power_query = car_query.filter(Vehicles.power >= power_lower, Vehicles.power <= power_upper) \168 .fetch(keys_only=True)169 if len(name) == 0 and len(manufacturer) == 0:170 total_query = ndb.get_multi(set(year_query).intersection(battery_query).intersection(range_query)171 .intersection(cost_query).intersection(power_query))172 for i in total_query:173 count = count + 1174 elif len(name) == 0:175 manufacturer_query = Vehicles.query(Vehicles.manufacturer == manufacturer).fetch(keys_only=True)176 total_query = ndb.get_multi(set(manufacturer_query).intersection(year_query).intersection(battery_query)177 .intersection(range_query).intersection(cost_query).intersection(power_query))178 for i in total_query:179 count = count + 1180 elif len(manufacturer) == 0:181 name_query = Vehicles.query(Vehicles.name == name).fetch(keys_only=True)182 total_query = ndb.get_multi(set(name_query).intersection(year_query).intersection(battery_query)183 .intersection(range_query).intersection(cost_query).intersection(power_query))184 for i in total_query:185 count = count + 1186 else:187 name_query = Vehicles.query(Vehicles.name == name).fetch(keys_only=True)188 manufacturer_query = Vehicles.query(Vehicles.manufacturer == manufacturer).fetch(keys_only=True)189 total_query = ndb.get_multi(set(name_query).intersection(manufacturer_query).intersection(year_query)190 .intersection(battery_query).intersection(range_query).intersection(cost_query)191 .intersection(power_query))192 for i in total_query:193 count = count + 1194 template_values = {195 'user': user,196 'url': url,197 'login_status': login_status,198 'name': name,199 'manufacturer': manufacturer,200 'lower_year': lower_year,201 'upper_year': upper_year,202 'battery_lower': battery_lower,203 'battery_upper': battery_upper,204 'range_lower': range_lower,205 'range_upper': range_upper,206 'year_lower_error_message': year_lower_error_message,207 'year_lower_error_style': year_lower_error_style,208 'year_higher_error_message': year_higher_error_message,209 'year_higher_error_style': year_higher_error_style,210 'battery_lower_error_message': battery_lower_error_message,211 'battery_lower_error_style': battery_lower_error_style,212 'battery_higher_error_message': battery_higher_error_message,213 'battery_higher_error_style': battery_higher_error_style,214 'range_lower_error_message': range_lower_error_message,215 'range_lower_error_style': range_lower_error_style,216 'range_higher_error_message': range_higher_error_message,217 'range_higher_error_style': range_higher_error_style,218 'cost_lower_error_message': cost_lower_error_message,219 'cost_lower_error_style': cost_lower_error_style,220 'cost_higher_error_message': cost_higher_error_message,221 'cost_higher_error_style': cost_higher_error_style,222 'power_lower_error_message': power_lower_error_message,223 'power_lower_error_style': power_lower_error_style,224 'power_upper_error_message': power_upper_error_message,225 'power_upper_error_style': power_upper_error_style,226 'year_query': year_query,227 'battery_query': battery_query,228 'range_query': range_query,229 'cost_query': cost_query,230 'power_query': power_query,231 'total_query': total_query,232 'count': count233 # 'success_message': success_message234 }235 template = JINJA_ENVIRONMENT.get_template('search-cars.html')236 self.response.write(template.render(template_values))237 # query = car_query.filter(Vehicles.name == name, Vehicles.manufacturer == manufacturer,...
test_makeunicode.py
Source:test_makeunicode.py
...192 def test_to_ascii(self):193 s = " ée à a çc "194 self.assertEqual(sppasUnicode(s).to_ascii(), u(" _e _a _c "))195 # -----------------------------------------------------------------------196 def test_lower(self):197 for key, value in LowerDict.items():198 self.assertEqual(value, sppasUnicode(key).to_lower())199 # -----------------------------------------------------------------------200 def test_strip(self):201 self.assertEqual(sppasUnicode(' \n Ỹ \t\r á» ').to_strip(), u('Ỹ á»'))...
_Box3D.py
Source:_Box3D.py
1# This Python file uses the following encoding: utf-82"""autogenerated by genpy from j2_mono/Box3D.msg. Do not edit."""3import codecs4import sys5python3 = True if sys.hexversion > 0x03000000 else False6import genpy7import struct8import j2_mono.msg9class Box3D(genpy.Message):10 _md5sum = "d2a4c3bc64f81e95d0c37d470dea3708"11 _type = "j2_mono/Box3D"12 _has_header = False # flag to mark the presence of a Header object13 _full_text = """Point lower_lt14Point lower_lb15Point lower_rb16Point lower_rt17Point upper_lt18Point upper_lb19Point upper_rb20Point upper_rt21float32 conf22================================================================================23MSG: j2_mono/Point24float32 x25float32 y26float32 z27"""28 __slots__ = ['lower_lt','lower_lb','lower_rb','lower_rt','upper_lt','upper_lb','upper_rb','upper_rt','conf']29 _slot_types = ['j2_mono/Point','j2_mono/Point','j2_mono/Point','j2_mono/Point','j2_mono/Point','j2_mono/Point','j2_mono/Point','j2_mono/Point','float32']30 def __init__(self, *args, **kwds):31 """32 Constructor. Any message fields that are implicitly/explicitly33 set to None will be assigned a default value. The recommend34 use is keyword arguments as this is more robust to future message35 changes. You cannot mix in-order arguments and keyword arguments.36 The available fields are:37 lower_lt,lower_lb,lower_rb,lower_rt,upper_lt,upper_lb,upper_rb,upper_rt,conf38 :param args: complete set of field values, in .msg order39 :param kwds: use keyword arguments corresponding to message field names40 to set specific fields.41 """42 if args or kwds:43 super(Box3D, self).__init__(*args, **kwds)44 # message fields cannot be None, assign default values for those that are45 if self.lower_lt is None:46 self.lower_lt = j2_mono.msg.Point()47 if self.lower_lb is None:48 self.lower_lb = j2_mono.msg.Point()49 if self.lower_rb is None:50 self.lower_rb = j2_mono.msg.Point()51 if self.lower_rt is None:52 self.lower_rt = j2_mono.msg.Point()53 if self.upper_lt is None:54 self.upper_lt = j2_mono.msg.Point()55 if self.upper_lb is None:56 self.upper_lb = j2_mono.msg.Point()57 if self.upper_rb is None:58 self.upper_rb = j2_mono.msg.Point()59 if self.upper_rt is None:60 self.upper_rt = j2_mono.msg.Point()61 if self.conf is None:62 self.conf = 0.63 else:64 self.lower_lt = j2_mono.msg.Point()65 self.lower_lb = j2_mono.msg.Point()66 self.lower_rb = j2_mono.msg.Point()67 self.lower_rt = j2_mono.msg.Point()68 self.upper_lt = j2_mono.msg.Point()69 self.upper_lb = j2_mono.msg.Point()70 self.upper_rb = j2_mono.msg.Point()71 self.upper_rt = j2_mono.msg.Point()72 self.conf = 0.73 def _get_types(self):74 """75 internal API method76 """77 return self._slot_types78 def serialize(self, buff):79 """80 serialize message into buffer81 :param buff: buffer, ``StringIO``82 """83 try:84 _x = self85 buff.write(_get_struct_25f().pack(_x.lower_lt.x, _x.lower_lt.y, _x.lower_lt.z, _x.lower_lb.x, _x.lower_lb.y, _x.lower_lb.z, _x.lower_rb.x, _x.lower_rb.y, _x.lower_rb.z, _x.lower_rt.x, _x.lower_rt.y, _x.lower_rt.z, _x.upper_lt.x, _x.upper_lt.y, _x.upper_lt.z, _x.upper_lb.x, _x.upper_lb.y, _x.upper_lb.z, _x.upper_rb.x, _x.upper_rb.y, _x.upper_rb.z, _x.upper_rt.x, _x.upper_rt.y, _x.upper_rt.z, _x.conf))86 except struct.error as se: self._check_types(struct.error("%s: '%s' when writing '%s'" % (type(se), str(se), str(locals().get('_x', self)))))87 except TypeError as te: self._check_types(ValueError("%s: '%s' when writing '%s'" % (type(te), str(te), str(locals().get('_x', self)))))88 def deserialize(self, str):89 """90 unpack serialized message in str into this message instance91 :param str: byte array of serialized message, ``str``92 """93 codecs.lookup_error("rosmsg").msg_type = self._type94 try:95 if self.lower_lt is None:96 self.lower_lt = j2_mono.msg.Point()97 if self.lower_lb is None:98 self.lower_lb = j2_mono.msg.Point()99 if self.lower_rb is None:100 self.lower_rb = j2_mono.msg.Point()101 if self.lower_rt is None:102 self.lower_rt = j2_mono.msg.Point()103 if self.upper_lt is None:104 self.upper_lt = j2_mono.msg.Point()105 if self.upper_lb is None:106 self.upper_lb = j2_mono.msg.Point()107 if self.upper_rb is None:108 self.upper_rb = j2_mono.msg.Point()109 if self.upper_rt is None:110 self.upper_rt = j2_mono.msg.Point()111 end = 0112 _x = self113 start = end114 end += 100115 (_x.lower_lt.x, _x.lower_lt.y, _x.lower_lt.z, _x.lower_lb.x, _x.lower_lb.y, _x.lower_lb.z, _x.lower_rb.x, _x.lower_rb.y, _x.lower_rb.z, _x.lower_rt.x, _x.lower_rt.y, _x.lower_rt.z, _x.upper_lt.x, _x.upper_lt.y, _x.upper_lt.z, _x.upper_lb.x, _x.upper_lb.y, _x.upper_lb.z, _x.upper_rb.x, _x.upper_rb.y, _x.upper_rb.z, _x.upper_rt.x, _x.upper_rt.y, _x.upper_rt.z, _x.conf,) = _get_struct_25f().unpack(str[start:end])116 return self117 except struct.error as e:118 raise genpy.DeserializationError(e) # most likely buffer underfill119 def serialize_numpy(self, buff, numpy):120 """121 serialize message with numpy array types into buffer122 :param buff: buffer, ``StringIO``123 :param numpy: numpy python module124 """125 try:126 _x = self127 buff.write(_get_struct_25f().pack(_x.lower_lt.x, _x.lower_lt.y, _x.lower_lt.z, _x.lower_lb.x, _x.lower_lb.y, _x.lower_lb.z, _x.lower_rb.x, _x.lower_rb.y, _x.lower_rb.z, _x.lower_rt.x, _x.lower_rt.y, _x.lower_rt.z, _x.upper_lt.x, _x.upper_lt.y, _x.upper_lt.z, _x.upper_lb.x, _x.upper_lb.y, _x.upper_lb.z, _x.upper_rb.x, _x.upper_rb.y, _x.upper_rb.z, _x.upper_rt.x, _x.upper_rt.y, _x.upper_rt.z, _x.conf))128 except struct.error as se: self._check_types(struct.error("%s: '%s' when writing '%s'" % (type(se), str(se), str(locals().get('_x', self)))))129 except TypeError as te: self._check_types(ValueError("%s: '%s' when writing '%s'" % (type(te), str(te), str(locals().get('_x', self)))))130 def deserialize_numpy(self, str, numpy):131 """132 unpack serialized message in str into this message instance using numpy for array types133 :param str: byte array of serialized message, ``str``134 :param numpy: numpy python module135 """136 codecs.lookup_error("rosmsg").msg_type = self._type137 try:138 if self.lower_lt is None:139 self.lower_lt = j2_mono.msg.Point()140 if self.lower_lb is None:141 self.lower_lb = j2_mono.msg.Point()142 if self.lower_rb is None:143 self.lower_rb = j2_mono.msg.Point()144 if self.lower_rt is None:145 self.lower_rt = j2_mono.msg.Point()146 if self.upper_lt is None:147 self.upper_lt = j2_mono.msg.Point()148 if self.upper_lb is None:149 self.upper_lb = j2_mono.msg.Point()150 if self.upper_rb is None:151 self.upper_rb = j2_mono.msg.Point()152 if self.upper_rt is None:153 self.upper_rt = j2_mono.msg.Point()154 end = 0155 _x = self156 start = end157 end += 100158 (_x.lower_lt.x, _x.lower_lt.y, _x.lower_lt.z, _x.lower_lb.x, _x.lower_lb.y, _x.lower_lb.z, _x.lower_rb.x, _x.lower_rb.y, _x.lower_rb.z, _x.lower_rt.x, _x.lower_rt.y, _x.lower_rt.z, _x.upper_lt.x, _x.upper_lt.y, _x.upper_lt.z, _x.upper_lb.x, _x.upper_lb.y, _x.upper_lb.z, _x.upper_rb.x, _x.upper_rb.y, _x.upper_rb.z, _x.upper_rt.x, _x.upper_rt.y, _x.upper_rt.z, _x.conf,) = _get_struct_25f().unpack(str[start:end])159 return self160 except struct.error as e:161 raise genpy.DeserializationError(e) # most likely buffer underfill162_struct_I = genpy.struct_I163def _get_struct_I():164 global _struct_I165 return _struct_I166_struct_25f = None167def _get_struct_25f():168 global _struct_25f169 if _struct_25f is None:170 _struct_25f = struct.Struct("<25f")...
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