def parse(rowid):
d=grab(rowid)
if len(d['rows'])>0:
row=d['rows'][0]
row['id']=rowid
save(['id'],row,'organic_operations')
return {"done":d['page']>=d['records']}
def saveFilingTable(url):
#scrape the url
raw=scrape(url)
#parse the scrape
parsed = fromstring(raw)
#find the target table
trgTable = parsed.cssselect("table")[2]
#extract all the rows
rows = trgTable.cssselect("tr")
#loop through each row
for row in rows[1:]:
cells = row.cssselect("td,th")
cellcontents = [cell.text_content() for cell in cells]
data = dict(zip(COLNAMES,cellcontents))
data['num_workers'] = int(data['num_workers'])
data['state'] = data['location'].strip()[0:2]
if data['state'] not in STATES:
data['state'] = 'unknown'
v = map(int,data['expiration_date'].split('-'))
data['expiration_date'] = datetime.date(v[2]+2000,v[0],v[1])
save([],data)
def main(testing = False):
out = ''
x = fromstring(urlopen('https://views.scraperwiki.com/run/mix_scraper_spreadsheets/?date='+str(time())).read())
csv_links = x.xpath('//td[position()=3]/a/@href')
if testing:
csv_links = csv_links[0:2]
#Manual data
csv_links.append('http://hacks.thomaslevine.com/manual-SA-data-cleaned.csv')
#Standard Bank data, which was run with Highwall instead of ScraperWiki
csv_links.append('http://hacks.thomaslevine.com/standardbank-branches-cleaned.csv')
csv_links.append('http://hacks.thomaslevine.com/standardbank-atm.csv')
header0, body = getCsv(csv_links[0])
out += header0[:-2]
for csv_link in csv_links:
header, body = getCsv(csv_link)
if header0 == header:
out += body[:-2]
else:
header_pairs = zip(header0.split(','), header.split(','))
for pair in header_pairs:
if pair[0] != pair[1]:
print pair
raise ValueError("Headers from %s and %s don't match." % (csv_links[0], csv_link))
save(['time'], {"time": time(), "spreadsheet": out}, 'combined_spreadsheets')
def main():
d=[]
for href in get_office_type_hrefs():
d.extend(get_office_info(href))
for row in d:
row['date_scraped']=DATE
save([],d,'final')
def record_error(self,error_detail,error_at):
save([],{
"request":dumps(self.r.request.data)
, "request_content":self.r.content
, "error_detail":error_detail
, "error_at":error_at
},'errors')
def search_directory_tree(id,js='getlaw("LAWS","","MAIN")',level=1):
try:
sleep(INTERVAL)
# print 'Searching for %s on level %d' % (js,level)
save_if_menu(id,js)
foo,bar,baz=(eval(js.replace('getlaw','')))
raw=getlaw(foo,bar,baz)
xml=fromstring(raw)
links=get_law_links(xml,js)
if 0==len(links):
#If there aren't any links, we've reached the lowest level
save_raw_text(id,raw,time())
save_law_text(id,xml,time())
save_state(js,level)
else:
#If there are links, save them and descend into them in a depth-first fashion
#There will only be five levels of recursion, so this is okay for Python even though it doesn't support TRE
for link in links:
link['observation']['parentjs']=parentjs
link['observation']['level']=level
save(['id'],[link['meta'] for link in links],META)
save(['id'],[link['observation'] for link in links],OBS)
save_state(js,level)
for link in links:
nextpage=link['observation']['js']
search_directory_tree(nextid(),nextpage,level+1)
except:
log_error(js=js)
raise
def save_raw_text(id,raw,date_scraped):
d={
"id":id
, "rawtext":raw
, "date_scraped":date_scraped
}
save(['id'],d,'law_text')
def main():
if get_var('columns_to_do') == None:
columns = COLUMNS
else:
columns = loads(get_var('columns_to_do'))
while len(columns) > 0:
column = columns[0]
d = load_data(column)
out = []
for row in d:
p = Place(row[column], (row['latitude'], row['longitude']) )
row_geocode = p.geocode()
row_geocode.update({
"address-column":column,
"branchId": row['branchId']
})
out = row_geocode
sleep(3)
save([], out, 'geocoded')
columns.remove(column)
if len(columns) == 0:
save_var('columns_to_do',None)
else:
save_var('columns_to_do',dumps(columns))
def geocode(this):
this.extract_location()
for location in this.locations:
try:
locs_geo=G.geocode(location,exactly_one=False)
except geocoders.google.GQueryError:
pass
except:
#You didn't see anything
pass
else:
exact=len(locs_geo)==1
if not exact:
indices=range(len(locs_geo))
indices.reverse()
for i in indices:
#print 'Skipping %s' % locs_geo[i][0]
if 'Egypt' not in locs_geo[i][0]:
locs_geo.pop(i)
for loc in locs_geo:
location_geo,(latitude,longitude)=loc
save([],{
"tweet_id":this._tweet['id']
, "place_raw":location
, "place_geo":location_geo
, "latitude":latitude
, "longitude":longitude
, "exact":exact
},'geocode')
def parse_pdf_header(page_data):
sc_data_agg = []
nums = range(5, 16)
for num in nums:
sc_data = page_data.cssselect('text')[num].text_content()
match = re.search(r':', sc_data)
if match:
sc_data = sc_data.split(':', 1)[1].strip()
sc_data_agg += [sc_data]
data = dict(zip(variables, sc_data_agg))
if data['address'] != '':
us = geocoders.GeocoderDotUS()
place, (lat, lng) = us.geocode(data['address'])
print "%s: %.5f, %.5f" % (place, lat, lng)
data['lat'] = lat
data['lng'] = lng
save([], data)
print data
def scrape_table(url):
download = urlopen(url)
raw = download.read()
html = fromstring(raw)
table = html.cssselect('table')[2]
#print [th.text_content() for th in table.cssselect('th')]
for tr in table.cssselect('tr')[1:]:
cell_text = [td.text_content() for td in tr.cssselect('td')]
data = dict(zip(COLUMN_NAMES, cell_text))
data['num_workers'] = int(data['num_workers'])
if data['location'][:2] in STATES:
data['state'] = data['location'][:2]
data['expiration_date'] = datetime.datetime.strptime(
data['expiration_date'],
'%m-%d-%y').date()
a_elements = tr.cssselect('a')
if len(a_elements) > 1:
raise ValueError('Row has multiple a tags.')
elif len(a_elements) == 1:
data['pdf'] = 'http://www.dol.gov/olms/regs/compliance/cba/' + a_elements[0].attrib['href']
elif len(a_elements) == 0:
pass
#print data
save([], data)
def parse_and_save(root):
global podcasts_count
links = root.xpath('//div[@class="ContentTabla"]/ul/li')[1:]
for link in links:
url = 'http://www.rtve.es' + link.xpath('span[@class="col_tit"]/a/@href')[0]
titulo = link.xpath('span[@class="col_tit"]/a/text()')[0].encode('latin-1')
# A algunos les falta el botón de descarga, pero el mp3 parece que sí está (ej.: pg 9)
# http://www.rtve.es/alacarta/audios/carne-cruda/carne-cruda-paralisis-permanente-revive-07-03-12/1342911/
try:
url_mp3 = 'http://www.rtve.es' + link.xpath('span[@class="col_tip"]/a/@href')[0]
except IndexError:
print 'WARNING: Download not available:', url
url_mp3 = None
tipo = "".join(link.xpath('span[@class="col_tip"]/text()')).strip()
duracion = link.xpath('span[@class="col_dur"]/text()')[0]
popularidad = link.xpath('span[@class="col_pop"]/span/em/strong/span/text()')[0]
fecha = link.xpath('span[@class="col_fec"]/text()')[0]
desc_corta = link.xpath('div//span[@class="detalle"]/text()')[0].encode('latin-1')
save([], {'titulo':titulo, 'url':url, 'url_mp3':url_mp3, 'tipo':tipo, 'duracion':duracion, 'popularidad':popularidad, 'fecha':fecha, 'descripcion_corta':desc_corta})
print '%s: %s' %(fecha, titulo)
podcasts_count = podcasts_count +1
def justice_generator(html, current):
pos=0
while pos < len(html):
data={}
pos=get_pattern('''<div.*?/div>''', html, pos, [], data)
pos=get_pattern('''<img *(src="([^"]*)"| *alt="([^"]*)")+[^>]*/>''', html, pos, [None, 'img_url', 'img_alt'], data)
pos=get_pattern('''<h4[^>]*>(.*?)</h4>''', html, pos, ['name'], data)
pos=get_pattern('''<p><strong>(.*?)</strong></p>''', html, pos, ['full_title'], data)
# '''
print(data)
full_title_match=re.match('(?i)(President of The Supreme Court|Deputy President of The Supreme Court|Justice of The Supreme Court) *, *the right hon *(the)? *((Lord|Lady|Baroness)[-a-zA-Z ]+)(, *(.+))?', data['full_title'])
if full_title_match:
data['office']=full_title_match.group(1).strip()
data['short_title']=full_title_match.group(3).strip()
pn=full_title_match.group(6)
if pn is not None:
data['postnominal']=pn.strip()
else:
data['postnominal']=None
else:
sqlite.save(unique_keys=['full_title'], data=data, table_name='full_title_anomalies')
print("Anomaly {0}".format(repr(data)))
continue
top_match=back_to_top_pattern.search(html, pos)
if top_match:
biography_html=html[pos:top_match.start()]
pos=top_match.end()
else:
biography_html=html[pos:]
pos=len(html)
data['biography_html']=biography_html
yield(data)
def get_item_tree(root_node):
caters = root_node.xpath('//a[@class="level1"]/@href')
caters_name = root_node.xpath('//a[@class="level1"]/text()')
for (cat,name) in zip(caters,caters_name):
val = int(re.findall('id_seccion=([0-9]*)',cat)[0])
save(['id'],{'id':val,'name':name.encode('latin-1'),'parent':0,'leaf':0},table_name='categorias')
get_children_from_cat(root_node,val)
def saveFilingTable(url):
muffin = scrape(url)
banana = fromstring(muffin)
tea = banana.cssselect('table')
you=tea[2]
marcus = you.cssselect('tr')
for jay in marcus[1:]:
tractor = jay.cssselect('td,th')
aidan = [apple.text_content() for apple in tractor]
#print COLNAMES
#print aidan
#print zip(COLNAMES, aidan)
data = dict(zip(COLNAMES, aidan))
data['state']=data['location'].strip()[0:2]
data['num_workers']=int(data['num_workers'])
assert data['state'] in [
'AL', 'AK', 'AZ', 'AR', 'CA', 'CO', 'CT', 'DE', 'FL', 'GA',
'HI', 'ID', 'IL', 'IN', 'IA', 'KS', 'KY', 'LA', 'ME', 'MD',
'MA', 'MI', 'MN', 'MS', 'MO', 'MT', 'NE', 'NV', 'NH', 'NJ',
'NM', 'NY', 'NC', 'ND', 'OH', 'OK', 'OR', 'PA', 'RI', 'SC',
'SD', 'TN', 'TX', 'UT', 'VT', 'VA', 'WA', 'WV', 'WI', 'WY']
save([],data)
def saveFilingTable(url):
muffin = scrape(url)
banana = fromstring(muffin)
tea = banana.cssselect('table')
you=tea[2]
marcus = you.cssselect('tr')
for jay in marcus[1:]:
tractor = jay.cssselect('td,th')
aidan = [apple.text_content() for apple in tractor]
data = dict(zip(COLNAMES,aidan))
print(data)
data['state']=data['location'].strip()[0:2]
data['num_workers']=int(data['num_workers'])
if data['state'] not in [ 'Na',
'AL', 'AK', 'AZ', 'AR', 'CA', 'CO', 'CT', 'DE', 'FL', 'GA',
'HI', 'ID', 'IL', 'IN', 'IA', 'KS', 'KY', 'LA', 'ME', 'MD',
'MA', 'MI', 'MN', 'MS', 'MO', 'MT', 'NE', 'NV', 'NH', 'NJ',
'NM', 'NY', 'NC', 'ND', 'OH', 'OK', 'OR', 'PA', 'RI', 'SC',
'SD', 'TN', 'TX', 'UT', 'VT', 'VA', 'WA', 'WV', 'WI', 'WY']:
data['state']='unknown'
v = map(int,data['expiration_date'].split('-'))
data['expiration_date'] = datetime.date(v[2]+2000,v[0],v[1])
#data['expiration_date'] = datetime.datetime.strptime(
# data['expiration_date'],
# '%m-%d-%y'
#).date()
print(data)
save([],data)
def scrape():
d = getTopics(BOARD)
save(['topic-href'], d, 'topics')
topic_hrefs = [row['topic-href'] for row in d]
for topic_href in topic_hrefs:
d = parseTopic(topic_href)
save([], d, 'links')
def getpdfs():
html = parse('http://www.safaricom.co.ke/index.php?id=275').getroot()
html.make_links_absolute()
pdf_urls = html.xpath('//table[@class="contenttable" and @width="540"]/descendant::a/@href')
for url in pdf_urls:
save(['date_scraped', 'url'], {"date_scraped": DATE, "url": url, "pdfxml": pdftoxml(urlopen(url).read())}, 'pdfs')
def grab(startitem=1,extracolumns={},oncompletion=_oncompletion_default):
#Grab
_print('Downloading')
xml=get_search_page(startitem)
#Parse
_print('Parsing')
rows=parse(xml)
#Add some new information
search_id=copy(startitem)
for row in rows:
#Identifiers we know which items we've scraped.
row['search_id']=search_id
search_id=search_id+1
#Any extra information
row.update(extracolumns)
#Save to the datastore
save([],rows,'directory')
#Recurse
if is_last_page(xml):
oncompletion()
else:
_print("Finished items "+' to '.join(map(str,current_items(xml)))+' of '+str(matched_items(xml)))
_print("Searching for items "+str(startitem)+" to "+str(startitem+5))
grab(startitem+5,extracolumns,oncompletion)
def deep_scrape(urn):
data = {}
def merge_in(d):
"update data with d; complain if anything is overwritten"
for (k, v) in d.iteritems():
if k in data:
assert data[k] == v, "%s: [%s] != [%s]" % (k, data[k], v)
else:
data[k] = v
merge_in(summary_scrape(urn))
merge_in(page_scrape("general", urn))
merge_in(page_scrape("communications", urn))
merge_in(page_scrape("regional-indicators", urn))
try:
if "Headteacher" not in data:
data["Headteacher"] = "".join(
[data["Headteacher Title"], data["Headteacher First Name"], data["Headteacher Last Name"]]
)
if data["Easting"] == "" or data["Northing"] == "":
raise Exception("No Location Data")
data = {key: data[key] for key in keys_to_keep}
sqlite.save(unique_keys=["URN"], data=data)
except Exception as e:
print "Error: " + e.message
def process (name, date):
newdate = date[8:10] + "_" + date[5:7] + "_" + date[0:4]
url = r"http://www.lloydsbankinggroup.com/media/excel/2010/%s_historic_data.xls" % newdate
print url
url = r"http://www.lloydsbankinggroup.com/media/excel/2010/04_06_10_historic_data.xls"
book = xlrd.open_workbook(file_contents=scrape(url))
sheet = book.sheet_by_name (name)
months=['Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec']
data = []
i = 1
while i < 500:
try:
month = sheet.cell_value (i, 0)
year = sheet.cell_value (i, 1)
level = sheet.cell_value (i, 2)
except:
break
when= "%04d-%02d-01" % (int(year), months.index (month) + 1)
i = i + 1
data.append (level)
sqlite.save(unique_keys=["Date"], data={"Date":when, "Index":level})
chart = SimpleLineChart(500, 255, y_range=[0, 700])
chart.add_data (data)
metadata.save("chart", chart.get_url())
def main():
"""Check what has been scraped so far, then resume.
It might be good to check for gaps in the scraping.
Or maybe a recursive approach isn't the best for
search pages like this."""
#What's already been scraped recently?
if not 'directory' in show_tables():
last_searched=0
else:
#Only skip things from the current scraper completion attempt.
if 'scrape_completions' in show_tables():
raw_ids=select('scrape_ids from scrape_completions order by completion_id desc limit 1')[0]['scrape_ids']
max_to_ignore=max(map(int,raw_ids.split(',')))
min_to_scrape=max_to_ignore+1
else:
min_to_scrape=1
incomplete_scrape=select('max("search_id") as m from directory where scrape_id>='+str(min_to_scrape))[0]['m']
if incomplete_scrape!=None:
last_searched=incomplete_scrape
else:
last_searched=0
if 'scrape_times' in show_tables():
last_id=select('max("scrape_id") as m from scrape_times')[0]['m']
else:
last_id=0
#Time of scrape start
scrape_id=last_id+1
save(['scrape_id'],{"scrape_id":scrape_id,"scrape_time":time()},'scrape_times')
grab(last_searched+1,{"scrape_id":scrape_id},oncompletion=oncompletion)
def locationscraper(locationpagesource, idcount):
address = "not available"
storeid = "error"
latlong = "none"
phone = "none"
postal = "none"
city = re.search('BR/>(.+?),', locationpagesource, re.I)
city = city.group(1)
city = re.sub("<BR/>", ", ", city)
storeid = idcount
latlong = re.search("init\((.+?),'<", locationpagesource)
latlong = re.sub("'", "", latlong.group(1))
if re.search('\(\d{3}\) \d{3}-\d{4}', locationpagesource, re.DOTALL|re.S|re.I):
phone = re.search('\(\d{3}\) \d{3}-\d{4}', locationpagesource, re.DOTALL|re.S|re.I)
phone = phone.group(0)
if re.search('\D\d\D \d\D\d', locationpagesource):
postal = re.search('\D\d\D \d\D\d', locationpagesource)
postal = postal.group(0)
row_data = {'Address': city, 'Latlong': latlong, 'Phone': phone, 'Postal Code': postal, 'Store ID': storeid}
try:
save([],row_data)
except:
city = "Address unavailable"
row_data = {'Address': city, 'Latlong': latlong, 'Phone': phone, 'Postal Code': postal, 'Store ID': storeid}
save([],row_data)
def Main():
page = urllib2.urlopen("http://www.london.gov.uk/who-runs-london/greater-london-authority/expenditure-over-1000")
soup = BeautifulSoup(page)
for link in soup.html.body.findAll('a',{'href': re.compile(r'(csv)$')}):
quotedLink = link['href'].replace(' ','%20')
report = urllib2.urlopen(quotedLink).readlines()
headerLine = findHeaderLine(report)
reader = csv.DictReader(report[headerLine:])
for rowNumber, row in enumerate(reader):
#print row
amount, currency = fixAmount(tryGetColumn(row,'Amount') or tryGetColumn(row,'Amount £') or tryGetColumn(row,'Amount Paid') or tryGetColumn(row, 'Amount\n\xa3') or tryGetColumn(row, 'Amount\n\x9c'))
data = {
'link' : quotedLink,
'rowNumber' : rowNumber,
'supplier' : tryGetColumn(row,'Supplier') or tryGetColumn(row,'Vendor') or tryGetColumn(row,'Vendor Name'),
'amount' : amount,
'currency' : currency,
'description' : tryGetColumn(row,'Expense Description') or tryGetColumn(row,'Expenditure Account Code Description'),
'docType' : tryGetColumn(row,'Doc Type'),
'docNumber' : tryGetColumn(row,'Doc No') or tryGetColumn(row,'SAP\nDocument No'),
'date' : fixDate(tryGetColumn(row,'Date') or tryGetColumn(row,'Clearing \nDate'))
}
if data['supplier'] and data['amount'] and data['description'] and data['amount']!='Amount Paid':
sqlite.save(['link','date', 'amount', 'supplier'],data, date=data['date'])
def main():
#What has already been scraped
if 'contributions' in show_tables():
scraped=[row['querystring'] for row in select('querystring from contributions')]
else:
scraped=[]
pagenumber=0
while True:
pagenumber=pagenumber+1
xml=load(pagenumber)
#Get the header row
rows=xml.xpath('//table[@class="table_text"][tr[@class="tan_row"]]')[0].getchildren()[1:]
keys=['name','contestant_party_district','date_received','class_and_partnum','association','monetary','non-monetary']
#Get the data rows
ds=[]
d={}
for row in rows:
cells=row.getchildren()
contributor=cells.pop(0).getchildren()[0]
d['querystring']=contributor.attrib['href'].replace("javascript:PopUp('contributor.aspx?",'').replace("', '300', '300');",'')
d[keys[0]]=contributor.text
for i in range(1,len(cells)):
d[keys[i]]=cells[i].text
ds.append(d)
#Don't run again if already run
if ds[0]['querystring'] in scraped:
break
else:
save(['querystring'],ds,'contributions')
def parse(self, text):
cleaned_text = text.replace('\n','').replace('\r','').replace('\t','')
html = fromstring(cleaned_text)
tds=html.xpath('//td[a]')
branches=[branchinfo(td) for td in tds]
for row in branches:
row['cityUrl'] = self.url
splitchar = '\n' if row['address'].count('\n') > 0 else ','
splitaddress=row['address'].split(splitchar)
l=len(splitaddress)
if l==3:
row['street-address'],row['subtown'],row['town2']=splitaddress
elif l==2:
row['street-address'],row['subtown']=splitaddress
elif splitaddress == ['']:
print 'Empty address'
else:
print row['map_Address_']
print splitaddress
raise ValueError('Weird address')
if row.has_key('street-address'):
row['street-address'] = row['street-address'].strip()
row['address'] = strip_address(row['address'])
row['scraperrun'] = scraperrun
save(['scraperrun', 'cityUrl'], branches,'branches')
def apples():
download = urlopen('http://www.dol.gov/olms/regs/compliance/cba/Cba_CaCn.htm')
rawhtml = download.read()
html = fromstring(rawhtml)
tables = html.cssselect('table')
table = tables[2]
trs = table.cssselect('tr')
for tr in trs[1:]:
tds = tr.cssselect('td')
cell_values = [td.text_content() for td in tds]
data = dict(zip(COLUMN_NAMES, cell_values))
print data
#state
if data['location'][:2] in STATES:
data['state'] = data['location'][:2]
data['num_workers'] = int(data['num_workers'])
data['expiration_date'] = datetime.datetime.strptime(data['expiration_date'], '%m-%d-%y').date()
links = tr.cssselect('a')
if len(links) == 1:
data['pdf'] = 'http://www.dol.gov/olms/regs/compliance/cba/' + links[0].attrib['href']
elif len(links) > 1:
assert False
print data
save([], data)
def locationscraper(locationpagesource, idcount):
address = "not available"
storeid = "error"
lat = "none"
longitude = "none"
phone = "None available"
country = "Not listed"
city = re.search('class="locality">(.+?)<', locationpagesource, re.DOTALL|re.S)
city = re.sub(' ', '', city.group(1))
city = re.sub(',', '', city)
if re.search('class="street-address"', locationpagesource):
address = re.search('class="street-address">(.+?)<', locationpagesource, re.DOTALL|re.S)
address = address.group(1)
if re.search('class="country-name">(.+?)<', locationpagesource):
country = re.search('class="country-name">(.+?)<', locationpagesource)
country = country.group(1)
storeid = idcount
lat = re.search('data-store-lat="(.+?)"', locationpagesource)
lat = lat.group(1)
longitude = re.search('data-store-lon="(.+?)"', locationpagesource)
longitude = longitude.group(1)
if re.search('\d{3}-\d{3}-\d{4}', locationpagesource, re.DOTALL|re.S|re.I):
phone = re.search('\d{3}-\d{3}-\d{4}', locationpagesource, re.DOTALL|re.S|re.I)
phone = phone.group(0)
row_data = {'Address': address, 'City': city, 'Country': country, 'Lat': lat, 'Long': longitude, 'Phone': phone, 'Store ID': storeid}
save([],row_data)
def parse_branch(xml,url,region):
#Get table
max_trs=max([table.xpath('count(tr)') for table in xml.xpath('//table')])
table_nodes=xml.xpath('//table[count(tr)=%d]'%max_trs)
#Check
l=len(table_nodes)
if l!=1:
raise ParseError("I could not identify the appropriate table; %d candidates were found." % l)
else:
table=table_nodes[0]
#Parse
#from lxml.html import tostring
#print tostring(table)
d=parse_branch_table(table)
d=parse_branch_table_strings(d)
for row in d:
row['date_scraped']=DATE
row['region']=region
row['url']=url
row['full-address'] = strip_address(row['full-address'])
row['street-address'] = strip_address(row['street-address'])
#print [row.keys() for row in d]
save([],d,'branches')
def analyze():
d = select("""
`link-href`, GROUP_CONCAT(`author`) AS `authors`, count(*) AS "count"
FROM `links`
JOIN `topics` ON `links`.`topic-href` = `topics`.`topic-href`
GROUP BY `link-href`
""")
execute('DROP TABLE IF EXISTS `wrote-about-same-things`')
save([], d, 'wrote-about-same-things')
print '''
These look most exciting because three different people wrote about each.
3 Kiana Fitzgerald,Sara Peralta,Susan Raybuck http://schedule.sxsw.com/2012/events/event_IAP100409
3 Shawn Dullye,Joe Vasquez,Sara Peralta http://schedule.sxsw.com/2012/events/event_IAP10593
3 Shawn Dullye,Kiana Fitzgerald,Sara Peralta http://schedule.sxsw.com/2012/events/event_IAP13848
Of course, that isn't adjusted for how many each person wrote.
'''
d = select("""
author, count(*) AS `how-many` FROM `links`
JOIN topics on links.`topic-href` = topics.`topic-href`
GROUP BY author
ORDER BY 2 DESC
""")
save(['author'], d, 'how-many-did-you-link')
print """
def parse(self, text):
html = fromstring(text)
citiesParent = html.xpath('//select') #This should actually have an option child, but lxml fixes the wrong html
assert len(citiesParent)==1
cities=options(citiesParent[0],valuename="cityId",textname="cityName",ignore_value="0")
for city in cities:
city['provinceUrl'] = self.url
city['cityUrl'] = URLS['cities-base'] + city['cityId']
city['scraperrun'] = scraperrun
save(['cityUrl', 'scraperrun'], cities, 'cities')
return [City(c['cityUrl']) for c in cities]
def download():
d=[]
for letter in ascii_lowercase:
x=search_letter(letter)
branch_tables=x.cssselect('table.locatorTable table')
d_letter=[extract_branch_info(branch_table) for branch_table in branch_tables]
for record in d_letter:
record['url']=searchurl(letter)
record['date_scraped']=DATE
d.extend(d_letter)
save([],d)
def scrape_pct(link,pct_name):
"""
Scrapes the data associated with the PCT, and calls functions to scrape
data associated with the services.
"""
url = "http://www.nhs.uk" + link
root = lxml.html.parse(url).getroot()
d = {}
# basic contact details
d["PCT"] = pct_name
d["type"] = "main"
d["name"] = pct_name
print lxml.html.tostring(root)
address = root.cssselect("div.panel-content div.pad p")[0].text
d["address"] = address
d["postcode"]= geo.extract_gb_postcode(address)
try:
d["lat"], d["lng"] = geo.gb_postcode_to_latlng(d["postcode"])
except:
print "Postcode not found", d["postcode"]
d["info HTML"] = url
colour = "green"
# quality
for t in root.findall("body/div/form/div/div/div/div/div/div/div[@class='service-feedback clear']"):
k = t.find("div/h4").text.strip()
v = t.find("div/img").attrib["alt"]
d[k] = v
if k == "Fair":
colour = "yellow"
d["colour"] = colour
# head honcho
for t in root.findall("body/div/form/div/div/div/div/div/div/div/p[@class='profiles-picture-caption']"):
d["Boss"] = t.text.replace("<br />",", ")
# boring text
for t in root.findall("body/div/form/div/div/div/div/div/div/p"):
if t.text:
if t.attrib.get("class",False)=="intro":
d["intro text"] = t.text
else:
d["boilerplate"] = (d.get("boilerplate","")+"\n"+t.text).strip()
sqlite.save(unique_keys=["PCT","type","name"], data=d)
scrape_facilities(pct_name,root)
scrape_others(pct_name,url)
def main():
out = []
#outfile = open('rwandamicrofinance.json','w')
kinds = {('7','123'): 'MFI', ('8','124'): 'Unions', ('9','125'): 'SARL', ('10','126'): 'SA'}
for (k1,k2),v in kinds.iteritems():
start = 'index.php?option=com_sobi2&catid=%s&Itemid=%s&lang=en'%(k1,k2)
result, n = eachpage(start, v)
out.extend(result)
while n!=None:
result,n = eachpage(n, v)
out.extend(result)
for row in out:
row['date_scraped'] = DATE
save([], out)
def ScrapeProfile(site, link):
page = urlopen(link)
rawtext = page.read()
html = fromstring(rawtext)
print tostring(html)
tables = html.cssselect('table') #3 tables on profile, all with valid information
try:
imgs = html.cssselect('img')
data = {'image_link': site + imgs[1].attrib['src']}
except IndexError:
print "image not available"
data = {'image_link': 'None'}
divinfo = html.cssselect("#inmateAddress")
address = str(divinfo[0].text_content().strip())
address = address[5:].strip()
data['address'] = address
divinfo = html.cssselect("#holdingLocation")
location = str(divinfo[0].text_content().strip())
location = location[17:]
data['location'] = location
Table_HEADERS = [['id','name','book_date'],
['age','height','weight','race', 'sex', 'eye', 'hair'],
['case_num', 'description', 'bond_amount', 'bond_type']]
for i in range(2):
tabledata = []
for tr in tables[i].cssselect('tr'): #this table contains ID, NAME, BOOKDATE
cellvalues = [td.text_content().strip() for td in tr.cssselect('td')]
tabledata.extend(cellvalues)
data = dict(data.items() + dict(zip(Table_HEADERS[i], tabledata)).items())
for tr in tables[2].cssselect('tr')[1:]: #Table 2 contains case number(s), description and cash or Bond type
cellvalues = [td.text_content().strip() for td in tr.cssselect('td')]
data1 = dict(zip(Table_HEADERS[2], cellvalues))
data3 = dict((data.items() + data1.items()))
data3['age'] = int(data3['age'])
data3['weight'] = int(data3['weight'])
data3['id'] = int(data3['id'])
data3['bond_amount'] = int(data3['bond_amount'].strip('$').replace(',',''))
data3['book_date'] = datetime.datetime.strptime(data['book_date'], '%m/%d/%Y %I:%M %p').date()
#print data3
data3['id_CASENUM'] = str(data3['id']) +'_' + data3['case_num'] +'_' + data3['description'][:6] #used for unique key
print data3['id_CASENUM']
save(['id_CASENUM'],data3)
def parse(url,nodeIds):
xml=get(url)
for a in xml.xpath('//div[@class="profile-container"]/div[@class="node-body"]/a'):
nodeId=a.attrib['href'].split('/')[-1]
if nodeId in nodeIds:
#Remove it to speed up future runs
nodeIds.pop(nodeId)
else:
#Add it to the database
d={
"nodeId":nodeId
, "first_scraped":time()
}
save(['nodeId'],d,'nodeIds')
def branchinfo(href):
x = fromstring(urlopen(DIR + href).read())
for thingtype in ("Sub-Branches", "Outlets"):
locations = [
loc.strip() for loc in x.xpath(
'//p[strong/text()="%s"]/following-sibling::p[position()=1]/text()'
% thingtype)
]
d = [{
"location": location,
"date_scraped": DATE,
"branch-href": href
} for location in locations]
save([], d, "branch_" + thingtype)
def save_page(url,table_name="pages"):
"Save a url directly to the datastore."
try:
handle=urlopen(url)
text=handle.read()
except urllib2_URLError as e:
badurl(url,e)
except HTTPError as e:
badurl(url,e)
except BadStatusLine as e:
badpage(url,e)
else:
d={"url":url,"text":text}
save(['url'],d,table_name)
def descend(self,selectIndex=0):
"""Traverse the form fields in a depth-first fashion.
Sometimes, a form will provide no responses, but this isn't actually a problem
because the loop just does nothing in that case."""
select=self.SELECTS[selectIndex]
options=getattr(self,'extract_%s' % select['plural'])()
save([],options,select['plural'])
for option in options:
getattr(self,'submit_%s' % select['singular'])(option['value'])
if self.is_megabus():
option['is_megabus']=True
save([],option,select['plural'])
elif selectIndex < len(self.SELECTS)-1:
self.descend(selectIndex+1)
def main():
blocks=get_blocks()
blockId=0
for block in blocks:
blockId+=1
block_info=block.data()
block_info['blockId']=blockId
block_info['date_scraped']=DATE
save([],block_info,'blocks')
for branch in block.branches():
branch_info=branch.data()
branch_info['blockId']=blockId
branch_info['date_scraped']=DATE
save([],branch_info,'branches')
def main():
#Load
xml=swimport('dsp').dsp('http://www.khula.org.za/Admin/Contacts/RegionalContacts.aspx',False)
#Parse
t_nodes=xml.xpath('//table[@width="100%"]')
assert len(t_nodes)==1
table=t_nodes[0]
d=parse_table(table)
t=time()
for row in d:
row["date_scraped"]=t
d=moreparsing(d)
save([],d,'final')
def parse(url,xml=None,suffix=''):
if xml==None:
xml=pull(url)
sunday=xml.xpath('//h2[@class="date-header"]')[0].text
twosided=xml.xpath('//div[@class="flipit"]/a[@onblur="try {parent.deselectBloggerImageGracefully();} catch(e) {}"]')
#Get the postcards
postcards=xml.xpath('//div[@class="flipit"]/a[@onblur="try {parent.deselectBloggerImageGracefully();} catch(e) {}"][2]')
for postcard in xml.xpath('//a[@onblur="try {parent.deselectBloggerImageGracefully();} catch(e) {}"]'):
if not postcard in twosided:
postcards.append(postcard)
for a in postcards:
if not 'bp.blogspot.com' in a.attrib['href']:
#Not a postcard
break
save(["url","image"],image(a.attrib['href']),"images"+suffix)
if _isTwosided(a):
url2=a.getprevious().attrib['href']
save(["url","image"],image(url2),"images"+suffix)
save(["url1","url2"]
, meta(a,sunday,url2=url2)
, "postcards"+suffix)
else:
save(["url1"]
, meta(a,sunday)
, "postcards"+suffix)
def main():
Fall2012 ='https://www.american.edu/provost/registrar/schedule/schedule-results.cfm?term=2012FN&subj=&search=&mode=title&stat=ALL&hr=&mn=&m=AM&class=Search+Courses'
Fallpage = urlopen(Fall2012)
rawtext = Fallpage.read()
html = fromstring(rawtext)
print tostring(html)
COURSE_KEYS = ['CourseNum', "Title", "Prerequisite", "Course Description"]
SECTION_KEYS = ['Status','section','credit','instructor','time']
maindivs = html.cssselect(".crs-data")
for crs in maindivs:
COURSEdata = []
header =crs.cssselect('.crs-header')[0]
secs = crs.cssselect('.sec-details')
#print tostring(header[0]), tostring(secs[0])
headerdivs = header.cssselect('div')[1:]
COURSEdata.extend([div.text_content().strip() for div in headerdivs[:2]])
if len(headerdivs)==5:
prereq = headerdivs[3].text_content().strip()
COURSEdata.append(prereq[14:])
else:
COURSEdata.append('')
descriptionlink = 'https://www.american.edu/provost/registrar/schedule/' + headerdivs[2].cssselect('a')[0].attrib['href']
descriptionrawtext = fromstring(urlopen(descriptionlink).read())
try:
COURSEdata.append(descriptionrawtext.cssselect('.course-header')[0].cssselect('p')[1].text_content().strip())
except:
COURSEdata.append('NONE')
COURSEdata = dict(zip(COURSE_KEYS,COURSEdata))
#print COURSEdata
for sec in secs:
SECdata = []
sectionDivs = sec.cssselect('div')[1:]
SECdata.append(sectionDivs[0].text_content().strip()) #status
SECdata.append(sectionDivs[1].text_content().strip()) #sectionNum
SECdata.append(sectionDivs[3].text_content().strip()) #credits
SECdata.append(str(sectionDivs[4].text_content().strip())) #professor
SECdata.append(str(sectionDivs[8].text_content().strip())) #times
SECdata = dict(zip(SECTION_KEYS,SECdata))
SECdata = dict(COURSEdata.items() + SECdata.items())
#SECdata['section'] = int(SECdata['section'])
#SECdata['credit'] = int(SECdata['credit'])
SECdata['key'] = SECdata['CourseNum'] + str(SECdata['section']) #used as unique key
save(['key'],SECdata)
def Main():
page = urllib2.urlopen(
"http://www.london.gov.uk/who-runs-london/greater-london-authority/expenditure-over-1000"
)
soup = BeautifulSoup(page)
for link in soup.html.body.findAll('a', {'href': re.compile(r'(csv)$')}):
quotedLink = link['href'].replace(' ', '%20')
report = urllib2.urlopen(quotedLink).readlines()
headerLine = findHeaderLine(report)
reader = csv.DictReader(report[headerLine:])
for rowNumber, row in enumerate(reader):
#print row
amount, currency = fixAmount(
tryGetColumn(row, 'Amount') or tryGetColumn(row, 'Amount £')
or tryGetColumn(row, 'Amount Paid')
or tryGetColumn(row, 'Amount\n\xa3')
or tryGetColumn(row, 'Amount\n\x9c'))
data = {
'link':
quotedLink,
'rowNumber':
rowNumber,
'supplier':
tryGetColumn(row, 'Supplier') or tryGetColumn(row, 'Vendor')
or tryGetColumn(row, 'Vendor Name'),
'amount':
amount,
'currency':
currency,
'description':
tryGetColumn(row, 'Expense Description')
or tryGetColumn(row, 'Expenditure Account Code Description'),
'docType':
tryGetColumn(row, 'Doc Type'),
'docNumber':
tryGetColumn(row, 'Doc No')
or tryGetColumn(row, 'SAP\nDocument No'),
'date':
fixDate(
tryGetColumn(row, 'Date')
or tryGetColumn(row, 'Clearing \nDate'))
}
if data['supplier'] and data['amount'] and data[
'description'] and data['amount'] != 'Amount Paid':
sqlite.save(['link', 'date', 'amount', 'supplier'],
data,
date=data['date'])
def main():
if not 'cities_done' in show_tables():
cities_done=[]
else:
cities_done=select('* from cities_done')
for fromcity in CITIES_NY:
for tocity in CITIES_NY:
if fromcity==tocity:
print 'Skipping within-%s route' % fromcity
elif {"from":fromcity,"to":tocity} in cities_done:
print 'Already scraped %s to %s' % (fromcity,tocity)
else:
grab(fromcity,"NY",tocity,"NY")
save([],{"from":fromcity,"to":tocity},'cities_done')
def geocode():
if "address" not in show_tables():
initialize()
while select('count(*) AS "c" FROM `address` WHERE `finished` = 0')[0]['c'] > 0:
address = select("`address-column`, `address-input` FROM `address` WHERE `finished` = 0 LIMIT 1")[0]
#print address
if select('count(*) AS "c" FROM `geocode` WHERE `address-input` = ?', [address['address-input']])[0]['c'] == 0:
d = all_services(address['address-input'])
for row in d:
row['address-input'] = address['address-input']
save([], d, 'geocode')
params = (address['address-column'], address['address-input'])
execute("UPDATE `address` SET `finished` = 1 WHERE (`address-column` = ? AND `address-input` = ?)", params )
commit()
def parse(self, text):
text = '\n'.join(text.split('\n')[2:4]).replace("document.getElementById('bizdir_directory').innerHTML = '", '')
text = re.sub(r"';\s*document.getElementById('bizdir_search').disabled = false;", '', text).replace(" 8</div>';", ' 8</div>').replace("\\'", '')
html = fromstring(text)
bizdir_directory = []
for tr in html.cssselect('#bizdir_directory tr'):
try:
assert tr.xpath('count(td)') == 1
name = element(tr, 'td/b').text_content()
description = element(tr, 'td/p/text()')
bizdir_directory.append({'name': name, 'description': description, 'pageOffset': self.offset, 'scraperrun': scraperrun})
except:
print tostring(tr)
raise
save(['scraperrun', 'pageOffset', 'name'], bizdir_directory, 'organizations')
def join():
disclosures=select('Entity,upper(Entity) as "ENTITY" from disclosures where entity is not null')
disclosures_cleaned=[{
"raw":row['Entity']
, "clean":remove_ny(row['ENTITY']).strip()
} for row in disclosures]
save([],disclosures_cleaned,'disclosures_cleaned')
licenses=select('Vendor,upper(Vendor) as "VENDOR" from swdata where Vendor is not null')
licenses_cleaned=[{
"raw":row['Vendor']
, "clean":remove_ny(row['VENDOR']).strip()
} for row in licenses]
save([],licenses_cleaned,'licenses_cleaned')
def moreparsing_map():
"Map along the most recent results in the table (like a Couch map) and return a new one"
d=select("* FROM `swdata` WHERE date_scraped=(SELECT max(date_scraped) from `swdata`);")
for row in d:
row['street-address'],row['postal-code']=splitAddress(row['Address_'])
row['town']=extractTown(row['branchName'])
if 'final' in show_tables():
execute('DROP TABLE `final`;')
d_final = []
for row in d:
if row['regionName'] not in ["Botswana", "Malawi", "Nambia"]:
d_final.append(row)
save([],d_final,'final')
def find_similar_research():
research = select('url, value from maincol where url != ?;', [reference_person])
research.extend(select('url, value from descriptions where url = ?;', [reference_person]))
documents = [row['value'].strip() for row in research]
stoplist = set('for a of the and to in'.split())
texts = [[word for word in document.lower().split() if word not in stoplist] for document in documents]
dictionary = corpora.Dictionary(texts)
corpus = [dictionary.doc2bow(text) for text in texts]
vec = corpus.pop() #The person being compared to
tfidf = models.TfidfModel(corpus)
index = similarities.SparseMatrixSimilarity(tfidf[corpus])
sims = index[tfidf[vec]]
save(['url'], [{"url": row[0], "similarity": row[1][0]} for row in zip([row['url'] for row in research], list(enumerate(sims)))], 'similarity')
def iter_children_areas_kml(parent_id):
children = getjs('http://mapit.mysociety.org/area/%s/children' % parent_id)
if 'error' in children:
raise RuntimeError(children['error'])
db.save(['parent_area'], {'parent_area': parent_id, 'count': len(children)}, table_name="counts", verbose=0)
for id, data in children.items():
kml = requests.get('http://mapit.mysociety.org/area/%s.kml' % id).content
if POLYGON_ONLY:
kml = extract_polygon(kml)
entry = {'parent_area': int(data['parent_area']),
'id': int(id),
'name': data['name'],
'kml': kml}
yield entry
time.sleep(SLEEP_TIME)
def exceeded(runId):
print "---------------------------------------------------------"
print "Wow, we caught the exception."
print "Printing the current time so we see how long we have"
start_time = time()
while True:
current_time = time()
time_after_exception = current_time - start_time
save(
[], {
"time_after_exception": time_after_exception,
"time": current_time,
"runId": runId
})
long(812323525)**long(624333)
sleep(1)
def cp1():
p=Page('CP1')
while p.lastpage()==False:
tables=p.table().subtables()
d = []
for table in tables:
row = table.parse()
row['business_premises'] = table.business_premises()
d.append(row)
print row
more_cleaning(d,p.pagenum)
save([],d,'cp1')
randomsleep()
p=p.next25()
def main():
x = fromstring(urlopen(URL).read().replace('<br />','\n').replace(' ',' '))
ps = x.xpath('//td[@width="596"]/p')
d = []
for p in ps:
text = p.text_content()
lines = [line.strip() for line in text.split('\n')]
row = {"entity":lines.pop(0)}
for line in lines:
line = line.replace(' : ', '')
if line != '':
key, value = line.split(':')
row[key] = value
row['date_scraped'] = DATE
d.append(row)
save([], d)
def parse_entry(trs):
"""Given the full list of trs, extract data from the first database entry
and remove the first database entry from the trs."""
d={}
tr=trs.pop(0)
while (not is_entry_divider(tr)) and len(trs)>0:
pairlist=tr.xpath('descendant::*[self::font or self::a]/text()')
if len(pairlist)!=2:
_print("Extraction of this key-value pair was less standard.")
_print(pairlist)
save(['pair'],{"time":time(),"pair":'|'.join(pairlist)},'nonstandard_pairs')
key=pairlist[0]
value=''.join(pairlist[1:])
d[keyify(key)]=value
tr=trs.pop(0)
return d
def main():
if None==get_var('DATE'):
save_var('DATE',time())
searchTerms=get_searchTerms()
for searchTerm in searchTerms:
d=paginate(searchTerm)
for row in d:
row['date_scraped']=get_var('DATE')
row['searchTerm']=searchTerm
save_var('previous_searchTerm',searchTerm)
save(['date_scraped', 'Name'],d,'initial')
save_var('previous_searchTerm',None)
save_var('DATE',None)
def separate_addresses():
execute('DROP TABLE IF EXISTS final')
commit()
d = select('* from `initial`')
for row in d:
splitaddress = row['address'].split('\n')
l = len(splitaddress)
if l == 3:
row['street-address'], row['subtown'], row['town2'] = splitaddress
elif l == 2:
row['street-address'], row['subtown'] = splitaddress
else:
raise AddressError
row['street-address'] = row['street-address'].strip()
row['address'] = strip_address(row['address'])
save([], d, 'final')
def parse_and_save(self):
job=self.parse_main()
lobbyists=self.parse_lobbyists()
detail=self.parse_detail()
save(['jobId'],job,'lobbyists',verbose=False)
save([],lobbyists,'lobbyists_lobbyists',verbose=False)
save([],detail,'lobbyists_details',verbose=False)
save(['jobId','sourceUrl'],{"jobId":self.jobId,"sourceUrl":self.url},'lobbyists_urls')
def cp1():
execute('''
CREATE TABLE IF NOT EXISTS `businessPremises` (
`date_scraped` REAL,
`businessPremisesURL` TEXT,
FOREIGN KEY (date_scraped, businessPremisesUrl)
REFERENCES cp1(date_scraped, businessPremisesUrl)
)
''')
if get_var('crashed') == 1:
pagenum = select('max(pagenum) from cp1 where date_scraped = (select max(date_scraped) from cp1)')[0]['max(pagenum)']
print "Resuming from page %d" % pagenum
p = Page('CP1')
p = Page('CP1', s=p.s, pagenum=pagenum)
else:
print "Starting a new run"
p = Page('CP1')
while p.lastpage()==False:
print "Beginning page %d" % p.pagenum
tables=p.table().subtables()
d = []
for table in tables:
row = table.parse()
row['businessPremisesURL'] = table.business_premises_url()
try:
business_premises_data, more_registrant_data = table.business_premises(p.s)
except Exception, msg:
print "Error on %s: msg" % table.business_premises_url()
sleep(60)
print "Trying again"
business_premises_data, more_registrant_data = table.business_premises(p.s)
row['date_scraped']=DATE
row['pagenum']=p.pagenum
row['url']=URL+"?page=%d"%p.pagenum
row.update(more_registrant_data)
save([], business_premises_data, 'businessPremises')
save(['date_scraped', 'businessPremisesURL'],row,'cp1')
sleep(1)
save_var('crashed', 1)
p=p.next25()
def parse():
d = select('* from raw')
for row in d:
lines = row['contact-info'].split('Email')[0].split('\n')
row['town'] = re.findall(r'[A-Z]+', lines[0])[0]
for cell in lines:
if 'B.P' == cell[0:3]:
row['street-address'] = cell
elif 'Email' in cell:
row['email'] = cell
elif 'Mob' in cell:
row['mob'] = cell
elif 'Phone' in cell:
row['phone'] = cell
else:
print cell
save(['date-scraped','branch-number'],d,'parsed')
