def get_meta_xml(itemid):
"""Returns the contents of meta_xml as JSON.
"""
itemid = itemid.strip()
url = 'http://www.archive.org/download/%s/%s_meta.xml' % (itemid, itemid)
try:
stats.begin("archive.org", url=url)
metaxml = urllib2.urlopen(url).read()
stats.end()
except IOError:
stats.end()
return web.storage()
# archive.org returns html on internal errors.
# Checking for valid xml before trying to parse it.
if not metaxml.strip().startswith("<?xml"):
return web.storage()
try:
defaults = {"collection": [], "external-identifier": []}
return web.storage(xml2dict(metaxml, **defaults))
except Exception, e:
print >> web.debug, "Failed to parse metaxml for %s: %s" % (itemid, str(e))
return web.storage()
def get_many(self, sitename, data):
keys = simplejson.loads(data['keys'])
stats.begin("memcache.get_multi")
result = self.memcache.get_multi(keys)
stats.end(found=len(result))
keys2 = [k for k in keys if k not in result]
if keys2:
data['keys'] = simplejson.dumps(keys2)
result2 = ConnectionMiddleware.get_many(self, sitename, data)
result2 = simplejson.loads(result2)
# Memcache expects dict with (key, json) mapping and we have (key, doc) mapping.
# Converting the docs to json before passing to memcache.
self.mc_set_multi(dict((key, simplejson.dumps(doc)) for key, doc in result2.items()))
result.update(result2)
#@@ too many JSON conversions
for k in result:
if isinstance(result[k], six.string_types):
result[k] = simplejson.loads(result[k])
return simplejson.dumps(result)
def works_by_author(akey, sort='editions', page=1, rows=100):
q='author_key:' + akey
offset = rows * (page - 1)
fields = ['key', 'author_name', 'author_key', 'title', 'subtitle',
'edition_count', 'ia', 'cover_edition_key', 'has_fulltext',
'first_publish_year', 'public_scan_b', 'lending_edition_s',
'overdrive_s', 'ia_collection_s']
fl = ','.join(fields)
solr_select = solr_select_url + "?q.op=AND&q=%s&fq=&start=%d&rows=%d&fl=%s&wt=json" % (q, offset, rows, fl)
facet_fields = ["author_facet", "language", "publish_year", "publisher_facet", "subject_facet", "person_facet", "place_facet", "time_facet"]
if sort == 'editions':
solr_select += '&sort=edition_count+desc'
elif sort.startswith('old'):
solr_select += '&sort=first_publish_year+asc'
elif sort.startswith('new'):
solr_select += '&sort=first_publish_year+desc'
elif sort.startswith('title'):
solr_select += '&sort=title+asc'
solr_select += "&facet=true&facet.mincount=1&f.author_facet.facet.sort=count&f.publish_year.facet.limit=-1&facet.limit=25&" + '&'.join("facet.field=" + f for f in facet_fields)
stats.begin("solr", url=solr_select)
reply = json.load(urllib.urlopen(solr_select))
stats.end()
facets = reply['facet_counts']['facet_fields']
works = [work_object(w) for w in reply['response']['docs']]
def get_facet(f, limit=None):
return list(web.group(facets[f][:limit * 2] if limit else facets[f], 2))
return web.storage(
num_found = int(reply['response']['numFound']),
works = works,
years = [(int(k), v) for k, v in get_facet('publish_year')],
get_facet = get_facet,
sort = sort,
)
def get_meta_xml(itemid):
"""Returns the contents of meta_xml as JSON.
"""
itemid = itemid.strip()
url = 'http://www.archive.org/download/%s/%s_meta.xml' % (itemid, itemid)
try:
stats.begin("archive.org", url=url)
metaxml = urllib2.urlopen(url).read()
stats.end()
except IOError:
stats.end()
return web.storage()
# archive.org returns html on internal errors.
# Checking for valid xml before trying to parse it.
if not metaxml.strip().startswith("<?xml"):
return web.storage()
try:
defaults = {"collection": [], "external-identifier": []}
return web.storage(xml2dict(metaxml, **defaults))
except Exception, e:
print >> web.debug, "Failed to parse metaxml for %s: %s" % (itemid,
str(e))
return web.storage()
def work_search(query, limit=20, offset=0, **kw):
"""Search for works."""
kw.setdefault("doc_wrapper", work_wrapper)
fields = [
"key",
"author_name",
"author_key",
"title",
"edition_count",
"ia",
"cover_edition_key",
"has_fulltext",
"subject",
"ia_collection_s",
"public_scan_b",
"overdrive_s",
"lending_edition_s",
]
kw.setdefault("fields", fields)
if config.get('single_core_solr'):
kw.setdefault("fq", "type:work")
query = process_work_query(query)
solr = get_works_solr()
stats.begin("solr", query=query, start=offset, rows=limit, kw=kw)
try:
result = solr.select(query, start=offset, rows=limit, **kw)
finally:
stats.end()
return result
def get_results(q, offset=0, limit=100):
q = escape_bracket(q)
solr_select = solr_edition_select_url + "?q.op=AND&q=%s&fq=&start=%d&rows=%d&fl=*&qt=standard&wt=json" % (web.urlquote(q), offset, limit)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
return json.loads(json_data)
def get_results(q, offset=0, limit=100, snippets=3, fragsize=200, hl_phrase=False):
m = re_bad_fields.match(q)
if m:
return { 'error': m.group(1) + ' search not supported' }
q = escape_q(q)
solr_params = [
('fl', 'ia,body_length,page_count'),
('hl', 'true'),
('hl.fl', 'body'),
('hl.snippets', snippets),
('hl.mergeContiguous', 'true'),
('hl.usePhraseHighlighter', 'true' if hl_phrase else 'false'),
('hl.simple.pre', '{{{'),
('hl.simple.post', '}}}'),
('hl.fragsize', fragsize),
('q.op', 'AND'),
('q', web.urlquote(q)),
('start', offset),
('rows', limit),
('qf', 'body'),
('qt', 'standard'),
('hl.maxAnalyzedChars', '-1'),
('wt', 'json'),
]
solr_select = solr_select_url + '?' + '&'.join("%s=%s" % (k, unicode(v)) for k, v in solr_params)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
try:
return simplejson.loads(json_data)
except:
m = re_query_parser_error.search(json_data)
return { 'error': web.htmlunquote(m.group(1)) }
def _editions_view(self, seeds, **kw):
reverse = str(kw.pop("reverse", "")).lower()
if 'sort' in kw and reverse == "true":
# sort=\field is the couchdb-lucene's way of telling ORDER BY field DESC
kw['sort'] = '\\' + kw['sort']
view_url = config.get("lists", {}).get("editions_view")
if not view_url:
return {}
def escape(value):
special_chars = '+-&|!(){}[]^"~*?:\\'
pattern = "([%s])" % re.escape(special_chars)
quote = '"'
return quote + web.re_compile(pattern).sub(r'\\\1', value) + quote
q = " OR ".join("seed:" + escape(seed.encode('utf-8')) for seed in seeds)
url = view_url + "?" + urllib.urlencode(dict(kw, q=q))
stats.begin("couchdb", url=url)
try:
json = urllib2.urlopen(url).read()
finally:
stats.end()
return simplejson.loads(json)
def work_search(query, limit=20, offset=0, **kw):
"""Search for works."""
kw.setdefault("doc_wrapper", work_wrapper)
fields = [
"key",
"author_name",
"author_key",
"title",
"edition_count",
"ia",
"cover_edition_key",
"has_fulltext",
"subject",
"ia_collection_s",
"public_scan_b",
"overdrive_s",
"lending_edition_s",
]
kw.setdefault("fields", fields)
query = process_work_query(query)
solr = get_works_solr()
stats.begin("solr", query=query, start=offset, rows=limit, kw=kw)
try:
result = solr.select(query, start=offset, rows=limit, **kw)
finally:
stats.end()
return result
def add(self, key, value, expires=0):
key = web.safestr(key)
value = simplejson.dumps(value)
stats.begin("memcache.add", key=key)
value = self.memcache.add(key, value, expires)
stats.end()
return value
def _get_solr_data(self):
if config.get("single_core_solr"):
key = self.key
else:
key = self.get_olid()
fields = [
"cover_edition_key", "cover_id", "edition_key", "first_publish_year",
"has_fulltext", "lending_edition", "checked_out", "public_scan_b", "ia"]
solr = get_works_solr()
stats.begin("solr", query={"key": key}, fields=fields)
try:
d = solr.select({"key": key}, fields=fields)
finally:
stats.end()
if d.num_found > 0:
w = d.docs[0]
else:
w = None
# Replace _solr_data property with the attribute
self.__dict__['_solr_data'] = w
return w
def _couchdb_view(self, db, viewname, **kw):
stats.begin("couchdb", db=db.name, view=viewname, kw=kw)
try:
result = db.view(viewname, **kw)
finally:
stats.end()
return result
def set(self, key, value, expires=0):
key = web.safestr(key)
value = simplejson.dumps(value)
stats.begin("memcache.set", key=key)
value = self.memcache.set(key, value, expires)
stats.end()
return value
def _get_solr_data(self):
if config.get("single_core_solr"):
key = self.key
else:
key = self.get_olid()
fields = [
"cover_edition_key", "cover_id", "edition_key",
"first_publish_year", "has_fulltext", "lending_edition_s",
"checked_out", "public_scan_b", "ia"
]
solr = get_works_solr()
stats.begin("solr", query={"key": key}, fields=fields)
try:
d = solr.select({"key": key}, fields=fields)
except Exception as e:
logging.getLogger("openlibrary").exception(
"Failed to get solr data")
return None
finally:
stats.end()
if d.num_found > 0:
w = d.docs[0]
else:
w = None
# Replace _solr_data property with the attribute
self.__dict__['_solr_data'] = w
return w
def get_ia_meta_fields(self):
# Check for cached value
# $$$ we haven't assigned _ia_meta_fields the first time around but there's apparently
# some magic that lets us check this way (and breaks using hasattr to check if defined)
if self._ia_meta_fields:
return self._ia_meta_fields
if not self.get('ocaid', None):
return {}
ia = self.ocaid
url = 'http://www.archive.org/download/%s/%s_meta.xml' % (ia, ia)
reply = dict([ (set_name, set()) for set_name in ia_meta_sets ]) # create empty sets
try:
stats.begin("archive.org", url=url)
f = urllib2.urlopen(url)
stats.end()
except:
stats.end()
return reply
for line in f:
m = re_meta_field.search(line)
if not m:
continue
k = m.group(1).lower()
v = m.group(2)
if k == 'collection':
reply[k].add(v.lower())
elif k in ia_meta_sets:
reply[k].add(v)
else:
if k in ia_meta_fields:
reply[k] = v
self._ia_meta_fields = reply
return self._ia_meta_fields
def get_ia_meta_fields(self):
if not self.get('ocaid', None):
return {}
ia = self.ocaid
url = 'http://www.archive.org/download/%s/%s_meta.xml' % (ia, ia)
reply = { 'collection': set() }
try:
stats.begin("archive.org", url=url)
f = urllib2.urlopen(url)
stats.end()
except:
stats.end()
return reply
for line in f:
m = re_meta_field.search(line)
if not m:
continue
k = m.group(1).lower()
v = m.group(2)
if k == 'collection':
reply[k].add(v.lower())
else:
assert k == 'contributor'
reply[k] = v
return reply
def add(self, key, value, expires=0):
key = web.safestr(key)
value = json.dumps(value)
stats.begin("memcache.add", key=key)
value = self.memcache.add(key, value, expires)
stats.end()
return value
def get_couchdb_docs(self, db, keys):
try:
stats.begin(name="_all_docs", keys=keys, include_docs=True)
docs = dict((row.id, row.doc) for row in db.view("_all_docs", keys=keys, include_docs=True))
finally:
stats.end()
return docs
def read_from_archive(ia):
meta_xml = 'http://archive.org/download/' + ia + '/' + ia + '_meta.xml'
stats.begin("archive.org", url=meta_xml)
xml_data = urllib.urlopen(meta_xml)
item = {}
try:
tree = etree.parse(xml_data)
except etree.XMLSyntaxError:
return {}
finally:
stats.end()
root = tree.getroot()
fields = ['title', 'creator', 'publisher', 'date', 'language']
for k in 'title', 'date', 'publisher':
v = root.find(k)
if v is not None:
item[k] = v.text
for k in 'creator', 'language', 'collection':
v = root.findall(k)
if len(v):
item[k] = [i.text for i in v if i.text]
return item
def _old_get_meta_xml(itemid):
"""Returns the contents of meta_xml as JSON.
"""
itemid = web.safestr(itemid.strip())
url = 'http://www.archive.org/download/%s/%s_meta.xml' % (itemid, itemid)
try:
stats.begin('archive.org', url=url)
metaxml = urllib2.urlopen(url).read()
stats.end()
except IOError:
logger.error("Failed to download _meta.xml for %s", itemid, exc_info=True)
stats.end()
return web.storage()
# archive.org returns html on internal errors.
# Checking for valid xml before trying to parse it.
if not metaxml.strip().startswith("<?xml"):
return web.storage()
try:
defaults = {"collection": [], "external-identifier": []}
return web.storage(xml2dict(metaxml, **defaults))
except Exception as e:
logger.error("Failed to parse metaxml for %s", itemid, exc_info=True)
return web.storage()
def get_many(self, sitename, data):
keys = simplejson.loads(data['keys'])
stats.begin("memcache.get_multi")
result = self.memcache.get_multi(keys)
stats.end(found=len(result))
keys2 = [k for k in keys if k not in result]
if keys2:
data['keys'] = simplejson.dumps(keys2)
result2 = ConnectionMiddleware.get_many(self, sitename, data)
result2 = simplejson.loads(result2)
# Memcache expects dict with (key, json) mapping and we have (key, doc) mapping.
# Converting the docs to json before passing to memcache.
self.mc_set_multi(
dict((key, simplejson.dumps(doc))
for key, doc in result2.items()))
result.update(result2)
#@@ too many JSON conversions
for k in result:
if isinstance(result[k], basestring):
result[k] = simplejson.loads(result[k])
return simplejson.dumps(result)
def read_from_archive(ia):
meta_xml = 'http://www.archive.org/download/' + ia + '/' + ia + '_meta.xml'
stats.begin("archive.org", url=meta_xml)
xml_data = urllib.urlopen(meta_xml)
item = {}
try:
tree = etree.parse(xml_data)
except etree.XMLSyntaxError:
return {}
finally:
stats.end()
root = tree.getroot()
fields = ['title', 'creator', 'publisher', 'date', 'language']
for k in 'title', 'date', 'publisher':
v = root.find(k)
if v is not None:
item[k] = v.text
for k in 'creator', 'language', 'collection':
v = root.findall(k)
if len(v):
item[k] = [i.text for i in v if i.text]
return item
def _editions_view(self, seeds, **kw):
reverse = str(kw.pop("reverse", "")).lower()
if 'sort' in kw and reverse == "true":
# sort=\field is the couchdb-lucene's way of telling ORDER BY field DESC
kw['sort'] = '\\' + kw['sort']
view_url = config.get("lists", {}).get("editions_view")
if not view_url:
return {}
def escape(value):
special_chars = '+-&|!(){}[]^"~*?:\\'
pattern = "([%s])" % re.escape(special_chars)
quote = '"'
return quote + web.re_compile(pattern).sub(r'\\\1', value) + quote
q = " OR ".join("seed:" + escape(seed.encode('utf-8'))
for seed in seeds)
url = view_url + "?" + urllib.urlencode(dict(kw, q=q))
stats.begin("couchdb", url=url)
try:
json = urllib2.urlopen(url).read()
finally:
stats.end()
return simplejson.loads(json)
def memcache_set(self, args, kw, value, time):
"""Adds value and time to memcache. Key is computed from the arguments."""
key = self.compute_key(args, kw)
json_data = self.json_encode([value, time])
stats.begin("memcache.set", key=key)
self.memcache.set(key, json_data)
stats.end()
def get_results(q,
offset=0,
limit=100,
snippets=3,
fragsize=200,
hl_phrase=False):
m = re_bad_fields.match(q)
if m:
return {'error': m.group(1) + ' search not supported'}
q = escape_q(q)
solr_params = [
('fl', 'ia,body_length,page_count'),
('hl', 'true'),
('hl.fl', 'body'),
('hl.snippets', snippets),
('hl.mergeContiguous', 'true'),
('hl.usePhraseHighlighter', 'true' if hl_phrase else 'false'),
('hl.simple.pre', '{{{'),
('hl.simple.post', '}}}'),
('hl.fragsize', fragsize),
('q.op', 'AND'),
('q', web.urlquote(q)),
('start', offset),
('rows', limit),
('qf', 'body'),
('qt', 'standard'),
('hl.maxAnalyzedChars', '-1'),
('wt', 'json'),
]
solr_select = solr_select_url + '?' + '&'.join(
"%s=%s" % (k, unicode(v)) for k, v in solr_params)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
try:
results = simplejson.loads(json_data)
except:
m = re_query_parser_error.search(json_data)
return {'error': web.htmlunquote(m.group(1))}
ekey_doc = {}
for doc in results['response']['docs']:
ia = doc['ia']
q = {'type': '/type/edition', 'ocaid': ia}
ekeys = web.ctx.site.things(q)
if not ekeys:
del q['ocaid']
q['source_records'] = 'ia:' + ia
ekeys = web.ctx.site.things(q)
if ekeys:
ekey_doc[ekeys[0]] = doc
editions = web.ctx.site.get_many(ekey_doc.keys())
for e in editions:
ekey_doc[e['key']]['edition'] = e
return results
def get_results(q, offset=0, limit=100):
valid_fields = ['key', 'name', 'alternate_names', 'birth_date', 'death_date', 'date', 'work_count']
q = escape_colon(escape_bracket(q), valid_fields)
solr_select = solr_author_select_url + "?q.op=AND&q=%s&fq=&start=%d&rows=%d&fl=*&qt=standard&wt=json" % (web.urlquote(q), offset, limit)
solr_select += '&sort=work_count+desc'
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
return json.loads(json_data)
def memcache_set(self, args, kw, value, time):
"""Adds value and time to memcache. Key is computed from the arguments.
"""
key = self.compute_key(args, kw)
json = self.json_encode([value, time])
stats.begin("memcache.set", key=key)
self.memcache.set(key, json)
stats.end()
def get_couchdb_docs(self, db, keys):
try:
stats.begin(name="_all_docs", keys=keys, include_docs=True)
docs = dict(
(row.id, row.doc)
for row in db.view("_all_docs", keys=keys, include_docs=True))
finally:
stats.end()
return docs
def simple_search(q, offset=0, rows=20, sort=None):
solr_select = solr_select_url + "?version=2.2&q.op=AND&q=%s&fq=&start=%d&rows=%d&fl=*%%2Cscore&qt=standard&wt=json" % (web.urlquote(q), offset, rows)
if sort:
solr_select += "&sort=" + web.urlquote(sort)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select)
stats.end()
return json.load(json_data)
def get_results(q, offset=0, limit=100):
valid_fields = ['key', 'name', 'type', 'count']
q = escape_colon(escape_bracket(q), valid_fields)
solr_select = solr_subject_select_url + "?q.op=AND&q=%s&fq=&start=%d&rows=%d&fl=name,type,count&qt=standard&wt=json" % (web.urlquote(q), offset, limit)
solr_select += '&sort=count+desc'
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
return json.loads(json_data)
def simple_search(q, offset=0, rows=20, sort=None):
solr_select = solr_select_url + "?version=2.2&q.op=AND&q=%s&fq=&start=%d&rows=%d&fl=*%%2Cscore&qt=standard&wt=json" % (web.urlquote(q), offset, rows)
if sort:
solr_select += "&sort=" + web.urlquote(sort)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select)
stats.end()
return json.load(json_data)
def _couchdb_view(self, db, viewname, **kw):
stats.begin("couchdb", db=db.name, view=viewname, kw=kw)
try:
result = db.view(viewname, **kw)
# force fetching the results
result.rows
finally:
stats.end()
return result
def execute_solr_query(url):
stats.begin("solr", url=url)
try:
solr_result = urllib2.urlopen(url, timeout=3)
except Exception as e:
logger.exception("Failed solr query")
return None
finally:
stats.end()
return solr_result
def top_books_from_author(akey, rows=5, offset=0):
q = 'author_key:(' + akey + ')'
solr_select = solr_select_url + "?q=%s&start=%d&rows=%d&fl=key,title,edition_count,first_publish_year&wt=json&sort=edition_count+desc" % (q, offset, rows)
stats.begin("solr", url=solr_select)
response = json.load(urllib.urlopen(solr_select))['response']
stats.end()
return {
'books': [web.storage(doc) for doc in response['docs']],
'total': response['numFound'],
}
def top_books_from_author(akey, rows=5, offset=0):
q = 'author_key:(' + akey + ')'
solr_select = solr_select_url + "?q=%s&start=%d&rows=%d&fl=key,title,edition_count,first_publish_year&wt=json&sort=edition_count+desc" % (q, offset, rows)
stats.begin("solr", url=solr_select)
response = json.load(urllib.urlopen(solr_select))['response']
stats.end()
return {
'books': [web.storage(doc) for doc in response['docs']],
'total': response['numFound'],
}
def execute_solr_query(url):
stats.begin("solr", url=url)
try:
solr_result = urllib2.urlopen(url, timeout=3)
except Exception as e:
logger.exception("Failed solr query")
return None
finally:
stats.end()
return solr_result
def _couchdb_view(self, db, viewname, **kw):
stats.begin("couchdb", db=db.name, view=viewname, kw=kw)
try:
result = db.view(viewname, **kw)
# force fetching the results
result.rows
finally:
stats.end()
return result
def get_results(q, offset=0, limit=100, snippets=3, fragsize=200):
q = escape_bracket(q)
solr_select = solr_select_url + "?fl=ia,body_length,page_count&hl=true&hl.fl=body&hl.snippets=%d&hl.mergeContiguous=true&hl.usePhraseHighlighter=false&hl.simple.pre={{{&hl.simple.post=}}}&hl.fragsize=%d&q.op=AND&q=%s&start=%d&rows=%d&qf=body&qt=standard&hl.maxAnalyzedChars=1000000&wt=json" % (snippets, fragsize, web.urlquote(q), offset, limit)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
try:
return simplejson.loads(json_data)
except:
m = re_query_parser_error.search(json_data)
return { 'error': web.htmlunquote(m.group(1)) }
def run_solr_query(param = {}, rows=100, page=1, sort=None, spellcheck_count=None):
# called by do_search
if spellcheck_count == None:
spellcheck_count = default_spellcheck_count
offset = rows * (page - 1)
(q_list, use_dismax) = build_q_list(param)
fields = ['key', 'author_name', 'author_key', 'title', 'subtitle', 'edition_count', 'ia', 'has_fulltext', 'first_publish_year', 'cover_edition_key', 'public_scan_b', 'lending_edition_s', 'overdrive_s', 'ia_collection_s']
fl = ','.join(fields)
if use_dismax:
q = web.urlquote(' '.join(q_list))
solr_select = solr_select_url + "?defType=dismax&q.op=AND&q=%s&qf=text+title^5+author_name^5&bf=sqrt(edition_count)^10&start=%d&rows=%d&fl=%s&wt=standard" % (q, offset, rows, fl)
else:
q = web.urlquote(' '.join(q_list + ['_val_:"sqrt(edition_count)"^10']))
solr_select = solr_select_url + "?q.op=AND&q=%s&start=%d&rows=%d&fl=%s&wt=standard" % (q, offset, rows, fl)
solr_select += '&spellcheck=true&spellcheck.count=%d' % spellcheck_count
solr_select += "&facet=true&" + '&'.join("facet.field=" + f for f in facet_fields)
if 'public_scan' in param:
v = param.pop('public_scan').lower()
if v in ('true', 'false'):
if v == 'false':
# also constrain on print disabled since the index may not be in sync
param.setdefault('print_disabled', 'false')
solr_select += '&fq=public_scan_b:%s' % v
if 'print_disabled' in param:
v = param.pop('print_disabled').lower()
if v in ('true', 'false'):
solr_select += '&fq=%ssubject_key:protected_daisy' % ('-' if v == 'false' else '')
k = 'has_fulltext'
if k in param:
v = param[k].lower()
if v not in ('true', 'false'):
del param[k]
param[k] == v
solr_select += '&fq=%s:%s' % (k, v)
for k in facet_list_fields:
if k == 'author_facet':
k = 'author_key'
if k not in param:
continue
v = param[k]
solr_select += ''.join('&fq=%s:"%s"' % (k, url_quote(l)) for l in v if l)
if sort:
solr_select += "&sort=" + url_quote(sort)
stats.begin("solr", url=solr_select)
reply = urllib.urlopen(solr_select).read()
stats.end()
return (reply, solr_select, q_list)
def memcache_get(self, args, kw):
"""Reads the value from memcache. Key is computed from the arguments.
Returns (value, time) when the value is available, None otherwise.
"""
key = self.compute_key(args, kw)
stats.begin("memcache.get", key=key)
json = self.memcache.get(key)
stats.end(hit=bool(json))
return json and self.json_decode(json)
def get_item_manifest(item_id, item_server, item_path):
url = 'https://%s/BookReader/BookReaderJSON.php' % item_server
url += '?itemPath=%s&itemId=%s&server=%s' % (item_path, item_id, item_server)
try:
stats.begin('archive.org', url=url)
manifest = requests.get(url)
stats.end()
return manifest.json()
except IOError:
stats.end()
return {}
def memcache_get(self, args, kw):
"""Reads the value from memcache. Key is computed from the arguments.
Returns (value, time) when the value is available, None otherwise.
"""
key = self.compute_key(args, kw)
stats.begin("memcache.get", key=key)
json = self.memcache.get(key)
stats.end(hit=bool(json))
return json and self.json_decode(json)
def get_item_json(itemid):
itemid = web.safestr(itemid.strip())
url = 'http://archive.org/metadata/%s' % itemid
try:
stats.begin('archive.org', url=url)
metadata_json = urllib2.urlopen(url).read()
stats.end()
return simplejson.loads(metadata_json)
except IOError:
stats.end()
return {}
def search_inside_result_count(q):
q = escape_q(q)
solr_select = solr_select_url + "?fl=ia&q.op=AND&wt=json&q=" + web.urlquote(q)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
try:
results = simplejson.loads(json_data)
except:
return None
return results['response']['numFound']
def _get_metadata(itemid):
"""Returns metadata by querying the archive.org metadata API.
"""
url = "http://www.archive.org/metadata/%s" % itemid
try:
stats.begin("archive.org", url=url)
text = urllib2.urlopen(url).read()
stats.end()
return simplejson.loads(text)
except (IOError, ValueError):
return None
def get_item_manifest(item_id, item_server, item_path):
url = 'https://%s/BookReader/BookReaderJSON.php' % item_server
url += "?itemPath=%s&itemId=%s&server=%s" % (item_path, item_id, item_server)
try:
stats.begin("archive.org", url=url)
manifest_json = urllib2.urlopen(url).read()
stats.end()
return simplejson.loads(manifest_json)
except IOError:
stats.end()
return {}
def sorted_work_editions(wkey, json_data=None):
q='key:' + wkey
if not json_data: # for testing
solr_select = solr_select_url + "?version=2.2&q.op=AND&q=%s&rows=10&fl=edition_key&qt=standard&wt=json" % q
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
reply = json.loads(json_data)
if reply['response']['numFound'] == 0:
return []
return reply["response"]['docs'][0].get('edition_key', [])
def search_inside_result_count(q):
q = escape_q(q)
solr_select = solr_select_url + "?fl=ia&q.op=AND&wt=json&q=" + web.urlquote(
q)
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
try:
results = simplejson.loads(json_data)
except:
return None
return results['response']['numFound']
def sorted_work_editions(wkey, json_data=None):
q='key:' + wkey
if not json_data: # for testing
solr_select = solr_select_url + "?version=2.2&q.op=AND&q=%s&rows=10&fl=edition_key&qt=standard&wt=json" % q
stats.begin("solr", url=solr_select)
json_data = urllib.urlopen(solr_select).read()
stats.end()
reply = json.loads(json_data)
if reply['response']['numFound'] == 0:
return []
return reply["response"]['docs'][0].get('edition_key', [])
def _get_metadata(itemid):
"""Returns metadata by querying the archive.org metadata API.
"""
itemid = web.safestr(itemid.strip())
url = '%s/metadata/%s' % (IA_BASE_URL, itemid)
try:
stats.begin('archive.org', url=url)
metadata = requests.get(url)
stats.end()
return metadata.json()
except IOError:
stats.end()
return {}
def execute_solr_query(
solr_path: str,
params: Union[dict, list[tuple[str, Any]]]) -> Optional[Response]:
stats.begin("solr", url=f'{solr_path}?{urlencode(params)}')
try:
response = requests.get(solr_path, params=params, timeout=10)
response.raise_for_status()
except requests.HTTPError:
logger.exception("Failed solr query")
return None
finally:
stats.end()
return response
def request(self, sitename, path, method='GET', data=None):
path = "/" + sitename + path
web.ctx.infobase_auth_token = self.get_auth_token()
try:
stats.begin("infobase", path=path, method=method, data=data)
out = server.request(path, method, data)
stats.end()
if 'infobase_auth_token' in web.ctx:
self.set_auth_token(web.ctx.infobase_auth_token)
except common.InfobaseException as e:
stats.end(error=True)
self.handle_error(e.status, str(e))
return out
def _solr_data(self):
fields = [
"cover_edition_key", "cover_id", "edition_key", "first_publish_year",
"has_fulltext", "lending_edition_s", "public_scan_b", "ia"]
solr = get_solr()
stats.begin("solr", get=self.key, fields=fields)
try:
return solr.get(self.key, fields=fields)
except Exception as e:
logging.getLogger("openlibrary").exception("Failed to get solr data")
return None
finally:
stats.end()
def get_work_iaids(wkey):
#wid = wkey.split('/')[2]
solr_select_url = get_works_solr_select_url()
filter = 'ia'
q = 'key:' + wkey
stats.begin('solr', url=wkey)
solr_select = solr_select_url + "?version=2.2&q.op=AND&q=%s&rows=10&fl=%s&qt=standard&wt=json&fq=type:work" % (q, filter)
json_data = urllib.urlopen(solr_select).read()
stats.end()
print json_data
reply = simplejson.loads(json_data)
if reply['response']['numFound'] == 0:
return []
return reply["response"]['docs'][0].get(filter, [])
def get_work_iaids(wkey):
#wid = wkey.split('/')[2]
solr_select_url = get_solr_select_url()
filter = 'ia'
q = 'key:' + wkey
stats.begin('solr', url=wkey)
solr_select = solr_select_url + "?version=2.2&q.op=AND&q=%s&rows=10&fl=%s&qt=standard&wt=json&fq=type:work" % (
q, filter)
reply = requests.get(solr_select).json()
stats.end()
print(reply)
if reply['response']['numFound'] == 0:
return []
return reply["response"]['docs'][0].get(filter, [])
def execute_solr_query(url):
"""
Returns a requests.Response or None
"""
stats.begin("solr", url=url)
try:
response = requests.get(url, timeout=10)
response.raise_for_status()
except requests.HTTPError:
logger.exception("Failed solr query")
return None
finally:
stats.end()
return response
def _get_count_docs(ndays):
"""Returns the count docs from admin couchdb database.
This function is memoized to avoid accessing couchdb for every request.
"""
admin_db = couchdb.Database(config.admin.counts_db)
end = datetime.datetime.now().strftime("counts-%Y-%m-%d")
start = (datetime.datetime.now() - datetime.timedelta(days = ndays)).strftime("counts-%Y-%m-%d")
stats.begin("couchdb")
docs = [x.doc for x in admin_db.view("_all_docs",
startkey_docid = start,
endkey_docid = end,
include_docs = True)]
stats.end()
return docs