def create_tree(lang, leaf_size=50):
count = db.exe("select count(*) from sites where lang = ?",
(lang, )).fetchone()[0]
vecs = np.empty((count, 512))
ids = np.empty(count, '|S22')
for i, row in enumerate(
db.exe("select vector, id from sites where lang = ?", (lang, ))):
vecs[i] = struct.unpack("512f", row[0])
ids[i] = row[1]
return ids, BallTree(vecs, leaf_size), count
def conf(): #全局设定信息
global NAME,Subtitle,description,keywords,Category,UUID
conf = db.db("SELECT SITENAME,subtitle,description,keywords,uuid FROM CONFIG")[0]
NAME = conf[0]
Subtitle = conf[1]
description = conf[2]
keywords = conf[3]
UUID= conf[4]
if not UUID:
UUID=base64.b64encode(uuid.uuid4().bytes + uuid.uuid4().bytes)
print db.exe("UPDATE config SET uuid='%s' WHERE ID=1" % UUID)
Category = [(i[0],i[1]) for i in db.db("SELECT ID,Category FROM Category")]
Category.append((' ',' '))
def conf(): #全局设定信息
global configure
configure = {}
conf = db.db("SELECT SITENAME,subtitle,description,keywords,uuid FROM CONFIG")[0]
configure['NAME'] = conf[0]
configure['Subtitle'] = conf[1]
configure['description'] = conf[2]
configure['keywords'] = conf[3]
UUID= conf[4]
if not UUID:
UUID=base64.b64encode(uuid.uuid4().bytes + uuid.uuid4().bytes)
print db.exe("UPDATE config SET uuid='%s' WHERE ID=1" % UUID)
configure['UUID'] = UUID
Category = [(i[0],i[1]) for i in db.db("SELECT ID,Category FROM Category")]
Category.append((' ',' '))
configure['Category'] = Category
return configure
def post(self):
TYPE=self.get_argument('TYPE','')
ID=self.get_argument('ID','')
subject = self.get_argument('subject','')
tags = self.get_argument('tags','')
markdown = self.get_argument('markdown','')
Category = self.get_argument('Category','')
if TYPE=='DEL':
Category = Category[0:-1]
SQL = "DELETE FROM Category WHERE ID IN (%s)" % Category
self.write(db.exe(SQL))
elif TYPE=='NEW':
SQL = "INSERT INTO Category (Category) VALUES ('%s')" % Category
self.write(db.exe(SQL))
elif None or "" in (subject,tags,markdown):
self.write(u"主题、标签、类别及内容均不可为空！")
else:
if db.edit(TYPE,subject.encode("utf-8"),tags.encode("utf-8"),markdown.encode("utf-8"),Category.encode("utf-8"),ID):
tohtml.html().ALL()
self.write(u'OK，文章已成功发布！')
else:
self.write(u'Error!')
def search_tree(query, ids, tree, tree_size):
vector = embed(query)
dd, ii = tree.query(vector, k=min(tree_size, 15))
# ii, dd = tree.query_radius(
# vector, 2, return_distance=True, sort_results=True)
distances, indexes = dd[0], ii[0]
wanted_ids = map(lambda i: str(ids[i])[1:], indexes)
print(distances)
results = []
for wanted_id in wanted_ids:
sql = f"{DB_SELECTOR} where sites.id = {wanted_id}"
row = db.exe(sql).fetchone()
results.append(row_to_dict(row))
return results
def search_match(query, lang="?"):
use_lang = lang != "?"
pattern = f"%{query.strip()}%"
results = []
sql = f"""
{DB_SELECTOR}
where {"sites.lang = ? and" if use_lang else ""} (domains.name like ? or sites.url like ? or sites.title like ? or sites.description like ?)
order by
case when domains.name like ? then 1 else 2 end,
case when sites.url like ? then 2 else 3 end,
case when sites.title like ? then 3 else 4 end,
case when sites.description like ? then 4 else 5 end,
domains.alexa_rank
"""
params = (*([lang] if use_lang else []), *tuple(pattern for _ in range(8)))
for row in db.exe(sql, (params)):
results.append(row_to_dict(row))
return results
def init():
langs = db.exe("select distinct lang from sites")
for lang in langs:
new_tree(*lang)