def parseLocal(self):
doc = Request.s_unicodeResponse(open("response.html").read());
brokers = {"totalItems" : 0, "results" : {}};
result = self.parseItems(doc.xpath("//div[contains(@class, 'item result')]"), brokers);
result = self.createResultItem(result);
self.printSearchHeader(result);
for idx, item in enumerate(result.get("results")[:10]):
self.printBroker(idx, item);
def parseLocal(self):
doc = Request.s_unicodeResponse(open("response.html").read())
brokers = {
"totalItems": 0,
"results": {}
}
result = self.parseItems(
doc.xpath("//div[contains(@class, 'item result')]"), brokers)
result = self.createResultItem(result)
self.printSearchHeader(result)
for idx, item in enumerate(result.get("results")[:10]):
self.printBroker(idx, item)
def __init__(self):
self.log = Logger("Hemnet")
self.request = Request()
#Base objects for searches and results
self.baseUrl = "http://www.hemnet.se"
self.baseSearch = self.baseUrl + "/sok/create"
self.baseLocation = self.baseUrl + "/locations/show?"
self.baseResult = self.baseUrl + "/resultat"
self.searchQuery = {}
#Basetype, english -> Swedish
self.translatedTypes = {
"municipality": "Kommun",
"district": u"Område",
"postal_city": "Stadsdel",
"region": u"Län",
"street": "Gata",
"city": "Stad"
}
#BaseAverageTypes -> Swedish
self.translatedAverageTypes = {
"age": u"List ålder",
"price": "Medelpris",
"price_m2": u"Pris per m²",
"size": u"Storlek (m²)",
"rooms": "Antal rum",
"fee": u"Månadsavgift",
"price_change_up": u"Prisökning (%)",
"price_change_down": u"Prissäkning (%)"
}
#searchTypes
self.searchTypes = {
"f": "fritidshus",
"v": "villa",
"t": "tomt",
"r": "radhus",
"g": "gard",
"b": "bostadsratt",
"o": "other",
"a": "all"
}
#Items to get average for
self.itemAverageTypes = {
"age": 0,
"price": 0,
"price_m2": 0,
"size": 0,
"rooms": 0,
"fee": 0,
"price_change_up": 0,
"price_change_down": 0
}
#Base result format
self.resultFormat = {
"totalItems": 0,
"results": {}
}
self.log.info("Initiated Hemnet")
class Hemnet():
def __init__(self):
self.log = Logger("Hemnet")
self.request = Request()
#Base objects for searches and results
self.baseUrl = "http://www.hemnet.se"
self.baseSearch = self.baseUrl + "/sok/create"
self.baseLocation = self.baseUrl + "/locations/show?"
self.baseResult = self.baseUrl + "/resultat"
self.searchQuery = {}
#Basetype, english -> Swedish
self.translatedTypes = {
"municipality": "Kommun",
"district": u"Område",
"postal_city": "Stadsdel",
"region": u"Län",
"street": "Gata",
"city": "Stad"
}
#BaseAverageTypes -> Swedish
self.translatedAverageTypes = {
"age": u"List ålder",
"price": "Medelpris",
"price_m2": u"Pris per m²",
"size": u"Storlek (m²)",
"rooms": "Antal rum",
"fee": u"Månadsavgift",
"price_change_up": u"Prisökning (%)",
"price_change_down": u"Prissäkning (%)"
}
#searchTypes
self.searchTypes = {
"f": "fritidshus",
"v": "villa",
"t": "tomt",
"r": "radhus",
"g": "gard",
"b": "bostadsratt",
"o": "other",
"a": "all"
}
#Items to get average for
self.itemAverageTypes = {
"age": 0,
"price": 0,
"price_m2": 0,
"size": 0,
"rooms": 0,
"fee": 0,
"price_change_up": 0,
"price_change_down": 0
}
#Base result format
self.resultFormat = {
"totalItems": 0,
"results": {}
}
self.log.info("Initiated Hemnet")
'''
Searchdata is a formpost in a very specific format
'''
def createSearchFormData(self, data, specificType='a'):
locationData = [{
"id": (data.get("id")),
"name": (data.get("name")),
"parent_id": (data.get("parent_location").get("id")),
"parent_name": (data.get("parent_location").get("name"))
}]
searchData = {
"search[location_search]": locationData,
"search[location_ids][]": data.get("id"),
"search[region_id]": -1,
"search[municipality_ids][]": -1,
"search[country_id]": 0,
"search[item_types][]": "%s" % self.searchTypes[specificType],
"search[price_min]": '',
"search[price_max]": '',
"search[fee_max]": '',
"search[rooms_min]": '',
"search[living_area_min]": '',
"search[keywords]": '',
"commit": ''
}
return searchData
def searchRequest(self, query):
return self.request.postRequest(self.baseSearch, query)
'''
Pass a list of keys and a dict of data to caluclate average value for each key
'''
def avgByKey(self, keys, data):
final = {}
for d in data:
for k in d.keys():
if k in keys:
final[k] = final.get(k, 0) + d[k]
for k in final.keys():
final[k] = final[k] / len(data)
return final
def getLocationQueryURL(self, query):
return "%sq=%s" % (self.baseLocation,
urllib.quote(query.encode('utf-8')))
@cache.methodcache.cache('findLocations', expire=72000)
def findLocations(self, query, extra, area=None):
queryURL = self.getLocationQueryURL(query)
cacheResult = cache.locations.get(hashlib.md5(queryURL).hexdigest())
if (cacheResult is not None):
print "Found cached loc"
return cacheResult
locFormData = []
locResponse = self.request.getResponse(queryURL, None)
jdata = json.loads(locResponse)
print json.dumps(jdata, indent=4)
formData = {}
locations = []
for id, item in enumerate(jdata):
item["score"] = Levenshtein.ratio(
item.get("location").get("name"), query)
if (area is not None):
if (item.get("location").get("parent_location").get(
"name").find(area) != -1):
formData = self.createSearchFormData(
item.get("location"), extra)
locations.append(item)
locFormData.append(formData)
else:
formData = self.createSearchFormData(item.get("location"),
extra)
locations.append(item)
locFormData.append(formData)
locations = sorted(locations, key=itemgetter('score'), reverse=True)
result = {
'search': locFormData,
'area': area,
'locations': locations
}
cache.locations[hashlib.md5(queryURL).hexdigest()] = result
return result
@cache.methodcache.cache('performSearch', expire=72000)
def performSearch(self, searchData):
hashkey = hashlib.md5(json.dumps(searchData,
sort_keys=True)).hexdigest()
cachedResult = cache.storage.get(hashkey)
if (cachedResult is not None):
print "Found cached searchResponse"
return cachedResult
print "Performing search on " + json.dumps(searchData, indent=4)
searchRequest = self.searchRequest(searchData)
searchResponse = self.request.getUnicodeDoc(searchRequest)
resultData = self.parseResult(searchResponse, self.resultFormat)
result = self.createResultItem(resultData)
print "Storing hash " + hashkey
chart_list = cache.storage.get(hashkey, {})
# metadata is the chart item minus the actual list plus a size
metadata_keys = filter(lambda k: k != 'list', result.keys())
metadata = {key: result[key] for key in metadata_keys}
chart_list[hashkey] = metadata
cache.storage[hashkey] = chart_list[hashkey]
return result
def parseResult(self, doc, brokers={}):
brokers = self.parseItems(
doc.xpath("//div[contains(@class, 'item result')]"), brokers)
nextpage = doc.xpath('//a[@class="next_page"]')
try:
url = nextpage[0].attrib["href"]
if url is not None:
self.log.info("Parsing %s" % url)
nextDoc = self.request.requestUnicodeDoc(self.baseUrl + url)
self.parseResult(nextDoc, brokers)
except Exception, e:
self.log.debug("ParseResult %s" % e)
pass
return brokers
def __init__(self):
self.log = Logger("Hemnet");
self.request = Request();
#Base objects for searches and results
self.baseUrl = "http://www.hemnet.se";
self.baseSearch = self.baseUrl + "/sok/create";
self.baseLocation = self.baseUrl + "/locations/show?";
self.baseResult = self.baseUrl + "/resultat";
self.searchQuery = {}
#Basetype, english -> Swedish
self.translatedTypes = {
"municipality" : "Kommun",
"district" : u"Område",
"postal_city" : "Stadsdel",
"region" : u"Län",
"street" : "Gata",
"city" : "Stad"
}
#BaseAverageTypes -> Swedish
self.translatedAverageTypes = {
"age" : u"List ålder",
"price" : "Medelpris",
"price_m2" : u"Pris per m²",
"size" : u"Storlek (m²)",
"rooms" : "Antal rum",
"fee" : u"Månadsavgift",
"price_change_up" : u"Prisökning (%)",
"price_change_down" : u"Prissäkning (%)"
}
#searchTypes
self.searchTypes = {
"f" : "fritidshus",
"v" : "villa",
"t" : "tomt",
"r" : "radhus",
"g" : "gard",
"b" : "bostadsratt",
"o" : "other",
"a" : "all"
}
#Items to get average for
self.itemAverageTypes = {
"age" : 0,
"price" : 0,
"price_m2" : 0,
"size" : 0,
"rooms" : 0,
"fee" : 0,
"price_change_up" : 0,
"price_change_down" : 0
};
#Base result format
self.resultFormat = {
"totalItems" : 0,
"results" : {}
};
self.log.info("Initiated Hemnet");
class Hemnet() :
def __init__(self):
self.log = Logger("Hemnet");
self.request = Request();
#Base objects for searches and results
self.baseUrl = "http://www.hemnet.se";
self.baseSearch = self.baseUrl + "/sok/create";
self.baseLocation = self.baseUrl + "/locations/show?";
self.baseResult = self.baseUrl + "/resultat";
self.searchQuery = {}
#Basetype, english -> Swedish
self.translatedTypes = {
"municipality" : "Kommun",
"district" : u"Område",
"postal_city" : "Stadsdel",
"region" : u"Län",
"street" : "Gata",
"city" : "Stad"
}
#BaseAverageTypes -> Swedish
self.translatedAverageTypes = {
"age" : u"List ålder",
"price" : "Medelpris",
"price_m2" : u"Pris per m²",
"size" : u"Storlek (m²)",
"rooms" : "Antal rum",
"fee" : u"Månadsavgift",
"price_change_up" : u"Prisökning (%)",
"price_change_down" : u"Prissäkning (%)"
}
#searchTypes
self.searchTypes = {
"f" : "fritidshus",
"v" : "villa",
"t" : "tomt",
"r" : "radhus",
"g" : "gard",
"b" : "bostadsratt",
"o" : "other",
"a" : "all"
}
#Items to get average for
self.itemAverageTypes = {
"age" : 0,
"price" : 0,
"price_m2" : 0,
"size" : 0,
"rooms" : 0,
"fee" : 0,
"price_change_up" : 0,
"price_change_down" : 0
};
#Base result format
self.resultFormat = {
"totalItems" : 0,
"results" : {}
};
self.log.info("Initiated Hemnet");
'''
Searchdata is a formpost in a very specific format
'''
def createSearchFormData(self, data, specificType = 'a') :
locationData = [{
"id": (data.get("id")),
"name": (data.get("name")),
"parent_id": (data.get("parent_location").get("id")),
"parent_name": (data.get("parent_location").get("name"))
}]
searchData = {
"search[location_search]" : locationData,
"search[location_ids][]": data.get("id"),
"search[region_id]":-1,
"search[municipality_ids][]":-1,
"search[country_id]":0,
"search[item_types][]": "%s" % self.searchTypes[specificType],
"search[price_min]": '',
"search[price_max]": '',
"search[fee_max]": '',
"search[rooms_min]": '',
"search[living_area_min]": '',
"search[keywords]":'',
"commit": ''
}
return searchData;
def searchRequest(self, query) :
return self.request.postRequest(self.baseSearch, query);
'''
Pass a list of keys and a dict of data to caluclate average value for each key
'''
def avgByKey(self, keys, data):
final = {}
for d in data:
for k in d.keys():
if k in keys:
final[k] = final.get(k,0) + d[k]
for k in final.keys():
final[k] = final[k]/len(data);
return final;
def getLocationQueryURL(self, query):
return "%sq=%s" % (self.baseLocation, urllib.quote(query.encode('utf-8')))
@cache.methodcache.cache('findLocations', expire=72000)
def findLocations(self, query, extra, area = None) :
queryURL = self.getLocationQueryURL(query);
cacheResult = cache.locations.get(hashlib.md5(queryURL).hexdigest());
if( cacheResult is not None):
print "Found cached loc";
return cacheResult;
locFormData = []
locResponse = self.request.getResponse(queryURL, None)
jdata = json.loads(locResponse);
print json.dumps(jdata, indent=4);
formData = {}
locations = []
for id, item in enumerate(jdata) :
item["score"] = Levenshtein.ratio(item.get("location").get("name"), query)
if( area is not None ):
if( item.get("location").get("parent_location").get("name").find(area) != -1 ):
formData = self.createSearchFormData(item.get("location"), extra);
locations.append(item)
locFormData.append(formData);
else:
formData = self.createSearchFormData(item.get("location"), extra);
locations.append(item)
locFormData.append(formData);
locations = sorted(locations, key=itemgetter('score'), reverse=True)
result = {'search' : locFormData, 'area' : area, 'locations' : locations };
cache.locations[hashlib.md5(queryURL).hexdigest()] = result
return result;
@cache.methodcache.cache('performSearch', expire=72000)
def performSearch(self, searchData):
hashkey = hashlib.md5(
json.dumps(searchData, sort_keys=True)
).hexdigest();
cachedResult = cache.storage.get(hashkey);
if(cachedResult is not None):
print "Found cached searchResponse";
return cachedResult;
print "Performing search on " + json.dumps(searchData, indent=4);
searchRequest = self.searchRequest(searchData);
searchResponse = self.request.getUnicodeDoc(searchRequest);
resultData = self.parseResult(searchResponse, self.resultFormat);
result = self.createResultItem(resultData);
print "Storing hash " + hashkey;
chart_list = cache.storage.get(hashkey, {})
# metadata is the chart item minus the actual list plus a size
metadata_keys = filter(lambda k: k != 'list', result.keys())
metadata = { key: result[key] for key in metadata_keys }
chart_list[hashkey] = metadata
cache.storage[hashkey] = chart_list[hashkey]
return result;
def parseResult(self, doc, brokers = {}) :
brokers = self.parseItems(doc.xpath("//div[contains(@class, 'item result')]"), brokers);
nextpage = doc.xpath('//a[@class="next_page"]');
try:
url = nextpage[0].attrib["href"];
if url is not None:
self.log.info("Parsing %s" % url);
nextDoc = self.request.requestUnicodeDoc(self.baseUrl + url);
self.parseResult(nextDoc, brokers);
except Exception,e:
self.log.debug("ParseResult %s" % e)
pass;
return brokers;