def get(self, topic_id, *args, **kwargs):
try:
topic = PostTopic.get(PostTopic.str == topic_id)
except PostTopic.DoesNotExist:
self.redirect("/static/404.html")
return
current_page = get_cleaned_query_data(self, [
'page',
], blank=True)['page']
if current_page:
current_page = int(current_page)
if current_page < 1:
self.redirect("/static/404.html")
return
posts, page_number_limit = Post.list_by_topic(
topic, page_number=current_page)
else:
current_page = 1
posts, page_number_limit = Post.list_by_topic(topic)
top_posts, _ = Post.list_top()
pages = get_page_nav(current_page, page_number_limit,
config.default_page_limit)
self.render('index/index.html',
posts=posts,
top_posts=top_posts,
topic_category_cache=topic_category_cache,
hot_post_cache=hot_post_cache,
systatus=system_status_cache,
current_topic=topic,
pages=pages,
pages_prefix_url='/topic/' + topic.str + '?page=')
def get(self, *args, **kwargs):
current_page = get_cleaned_query_data(self, [
'page',
], blank=True)['page']
current_page = get_page_number(current_page)
posts, page_number_limit = BlogPost.list_recently(
page_number=current_page)
for post in posts:
post.labels = BlogPostLabel.get_post_label(post)
pages = get_page_nav(current_page, page_number_limit,
config.default_page_limit)
# 使用到联合、分组等查询, 得到每个分类下文章个数, 得到每个标签下文章个数
# select category_id, blogpostcategory.name, count(blogpost.id) from blogpost inner join blogpostcategory on blogpost.category_id=blogpostcategory.id group by category_id;
categorys = BlogPost.select(BlogPostCategory.name, fn.COUNT(BlogPost.id).alias('count'))\
.join(BlogPostCategory, on=(BlogPostCategory.id == BlogPost.category))\
.group_by(BlogPost.category)
for category in categorys:
category.name = category.category.name
labels = BlogPostLabel.select(
BlogPostLabel.name,
fn.COUNT(BlogPostLabel.post).alias('count')).where(
BlogPostLabel.is_del == False).group_by(BlogPostLabel.name)
self.render('blog/index.html',
posts=posts,
labels=labels,
categorys=categorys,
pages=pages,
pages_prefix_url='/blog?page=')
def get(self, *args, **kwargs):
# profiling 性能分析
# from profiling.tracing import TracingProfiler
#
# # profile your program.
# profiler = TracingProfiler()
# profiler.start()
current_page = get_cleaned_query_data(self, [
'page',
], blank=True)['page']
current_page = get_page_number(current_page)
posts, page_number_limit = Post.list_recently(page_number=current_page)
top_posts, _ = Post.list_top()
pages = get_page_nav(current_page, page_number_limit,
config.default_page_limit)
self.render('index/index.html',
posts=posts,
top_posts=top_posts,
topic_category_cache=topic_category_cache,
hot_post_cache=hot_post_cache,
systatus=system_status_cache,
current_topic=None,
pages=pages,
pages_prefix_url='/?page=')
def get(self, category_name, *args, **kwargs):
try:
category = BlogPostCategory.get(BlogPostCategory.name == category_name)
except BlogPostCategory.DoesNotExist:
self.redirect("/static/404.html")
return
current_page = get_cleaned_query_data(self, ['page',], blank=True)['page']
current_page = get_page_number(current_page)
posts, page_number_limit = BlogPost.list_by_category(category, page_number=current_page)
for post in posts:
post.labels = BlogPostLabel.get_post_label(post)
pages = get_page_nav(current_page, page_number_limit, config.default_page_limit)
# 使用到联合、分组等查询, 得到每个分类下文章个数, 得到每个标签下文章个数
# select category_id, blogpostcategory.name, count(blogpost.id) from blogpost inner join blogpostcategory on blogpost.category_id=blogpostcategory.id group by category_id;
categorys = BlogPost.select(BlogPostCategory.name, fn.COUNT(BlogPost.id).alias('count'))\
.join(BlogPostCategory, on=(BlogPostCategory.id == BlogPost.category))\
.group_by(BlogPost.category)
for category in categorys:
category.name = category.category.name
labels = BlogPostLabel.select(BlogPostLabel.name, fn.COUNT(BlogPostLabel.post).alias('count')).where(BlogPostLabel.is_del == False).group_by(BlogPostLabel.name)
self.render('blog/index.html',
posts=posts,
labels=labels,
categorys=categorys,
pages=pages,
pages_prefix_url='/blog/category/'+category_name+'?page=')
def get(self, topic_id, *args, **kwargs):
current_page = get_cleaned_query_data(self, ['page',], blank=True)['page']
topic, posts, top_posts, pages = get_topic_index_info(topic_id, current_page)
self.render('index/index.html',
index_user_info=get_index_user_info(self.current_user),
posts=posts,
top_posts=top_posts,
topic_category_cache=topic_category_cache,
hot_post_cache=hot_post_cache,
systatus=system_status_cache,
current_topic=topic,
pages=pages,
pages_prefix_url='/topic/'+topic.str+'?page=')
def get(self, *args, **kwargs):
# profiling 性能分析
# from profiling.tracing import TracingProfiler
#
# # profile your program.
# profiler = TracingProfiler()
# profiler.start()
current_page = get_cleaned_query_data(self, [
'page',
], blank=True)['page']
self.render('inform/inform.html',
topic_category_cache=topic_category_cache,
hot_post_cache=hot_post_cache,
systatus=system_status_cache,
current_topic=None,
pages_prefix_url='/?page=')
def get(self, topic_id, *args, **kwargs):
current_page = get_cleaned_query_data(self, [
'page',
], blank=True)['page']
topic, posts, top_posts, pages = get_topic_index_info(
topic_id, current_page)
self.render('index/index.html',
index_user_info=get_index_user_info(self.current_user),
posts=posts,
top_posts=top_posts,
topic_category_cache=topic_category_cache,
hot_post_cache=hot_post_cache,
systatus=system_status_cache,
current_topic=topic,
pages=pages,
pages_prefix_url='/topic/' + topic.str + '?page=')
def get(self, *args, **kwargs):
# profiling 性能分析
# from profiling.tracing import TracingProfiler
#
# # profile your program.
# profiler = TracingProfiler()
# profiler.start()
current_page = get_cleaned_query_data(self, ['page',], blank=True)['page']
posts, top_posts, pages = get_index_info(current_page)
self.render('index/index.html',
index_user_info=get_index_user_info(self.current_user),
posts=posts,
top_posts = top_posts,
topic_category_cache=topic_category_cache,
hot_post_cache=hot_post_cache,
systatus=system_status_cache,
current_topic=None,
pages=pages,
pages_prefix_url='/?page=')
