def test_blog_provider():
fs = (mock_fs().withPage('posts/2015-03-01_one.md', {
'title': 'One',
'category': 'Foo'
}).withPage('posts/2015-03-02_two.md', {
'title': 'Two',
'category': 'Foo'
}).withPage('posts/2015-03-03_three.md', {
'title': 'Three',
'category': 'Bar'
}).withPage(
'pages/categories.md', {
'format': 'none',
'layout': 'none'
}, "{%for c in blog.categories%}\n"
"{{c.name}} ({{c.post_count}})\n"
"{%endfor%}\n"))
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource('pages').getPage({'slug': 'categories'})
route = app.getRoute('pages', None)
route_metadata = {'slug': 'categories'}
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
rp = render_page(ctx)
expected = "\nBar (1)\n\nFoo (2)\n"
assert rp.content == expected
def test_serve_tag_page(tag, expected_indices):
tags = [['foo'], ['foo', 'bar'], ['bar'], ['bar', 'foo'],
['foo', 'whatever'], ['foo', 'bar'], ['unique'],
['whatever', 'bar']]
def config_factory(i):
c = {'title': 'Post %d' % (i + 1)}
c['tags'] = list(tags[i])
return c
fs = (mock_fs().withPages(8, 'posts/2015-03-{idx1:02}_post{idx1:02}.md',
config_factory).withPage(
'pages/_tag.md', {
'layout': 'none',
'format': 'none'
}, "Pages in {{tag}}\n"
"{%for p in pagination.posts -%}\n"
"{{p.title}}\n"
"{%endfor%}"))
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource('pages').getPage({'slug': '_tag', 'tag': tag})
route = app.getTaxonomyRoute('tags', 'posts')
route_metadata = {'slug': '_tag', 'tag': tag}
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
ctx.setTaxonomyFilter(tag)
rp = render_page(ctx)
expected = "Pages in %s\n" % tag
if expected_indices:
for i in reversed(expected_indices):
expected += "Post %d\n" % i
assert expected == rp.content
def test_serve_category_page(category, expected_indices):
categories = ["foo", "foo", "bar", "foo", None, "bar"]
def config_factory(i):
c = {"title": "Post %d" % (i + 1)}
if categories[i]:
c["category"] = categories[i]
return c
fs = (
mock_fs()
.withPages(6, "posts/2015-03-{idx1:02}_post{idx1:02}.md", config_factory)
.withPage(
"pages/_category.md",
{"layout": "none", "format": "none"},
"Pages in {{category}}\n" "{%for p in pagination.posts -%}\n" "{{p.title}}\n" "{%endfor%}",
)
)
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource("pages").getPage({"slug": "_category", "category": category})
route = app.getTaxonomyRoute("categories", "posts")
route_metadata = {"slug": "_category", "category": category}
taxonomy = app.getTaxonomy("categories")
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
ctx.setTaxonomyFilter(taxonomy, category)
rp = render_page(ctx)
expected = "Pages in %s\n" % category
if expected_indices:
for i in reversed(expected_indices):
expected += "Post %d\n" % i
assert expected == rp.content
def test_serve_category_page(category, expected_indices):
categories = [
'foo', 'foo', 'bar', 'foo', None, 'bar']
def config_factory(i):
c = {'title': 'Post %d' % (i + 1)}
if categories[i]:
c['category'] = categories[i]
return c
fs = (mock_fs()
.withPages(6, 'posts/2015-03-{idx1:02}_post{idx1:02}.md',
config_factory)
.withPage('pages/_category.md', {'layout': 'none', 'format': 'none'},
"Pages in {{category}}\n"
"{%for p in pagination.posts -%}\n"
"{{p.title}}\n"
"{%endfor%}"))
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource('pages').getPage({'slug': '_category',
'category': category})
route = app.getTaxonomyRoute('categories', 'posts')
route_metadata = {'slug': '_category', 'category': category}
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
ctx.setTaxonomyFilter(category)
rp = render_page(ctx)
expected = "Pages in %s\n" % category
if expected_indices:
for i in reversed(expected_indices):
expected += "Post %d\n" % i
assert expected == rp.content
def _bakeSingle(self, page, sub_num, out_path):
ctx = RenderingContext(page, sub_num=sub_num)
page.source.prepareRenderContext(ctx)
with self._stats.timerScope("PageRender"):
rp = render_page(ctx)
with self._stats.timerScope("PageSerialize"):
self._do_write(out_path, rp.content)
return rp
def _bakeSingle(self, qualified_page, num, out_path, tax_info=None):
ctx = PageRenderingContext(qualified_page, page_num=num)
if tax_info:
ctx.setTaxonomyFilter(tax_info.term)
rp = render_page(ctx)
out_dir = os.path.dirname(out_path)
_ensure_dir_exists(out_dir)
with codecs.open(out_path, 'w', 'utf8') as fp:
fp.write(rp.content)
return rp
def _bakeSingle(self, qualified_page, num, out_path, tax_info=None):
ctx = PageRenderingContext(qualified_page, page_num=num)
if tax_info:
tax = self.app.getTaxonomy(tax_info.taxonomy_name)
ctx.setTaxonomyFilter(tax, tax_info.term)
rp = render_page(ctx)
out_dir = os.path.dirname(out_path)
_ensure_dir_exists(out_dir)
with codecs.open(out_path, 'w', 'utf8') as fp:
fp.write(rp.content)
return rp
def _bakeSingle(self, qualified_page, num, out_path, taxonomy_info=None):
ctx = PageRenderingContext(qualified_page, page_num=num)
if taxonomy_info:
ctx.setTaxonomyFilter(taxonomy_info[0], taxonomy_info[1])
rp = render_page(ctx)
out_dir = os.path.dirname(out_path)
if not os.path.isdir(out_dir):
os.makedirs(out_dir, 0o755)
with codecs.open(out_path, 'w', 'utf8') as fp:
fp.write(rp.content)
return ctx, rp
def _bakeSingle(self, qualified_page, num, out_path, taxonomy_info=None):
ctx = PageRenderingContext(qualified_page, page_num=num)
if taxonomy_info:
ctx.setTaxonomyFilter(taxonomy_info[0], taxonomy_info[1])
rp = render_page(ctx)
out_dir = os.path.dirname(out_path)
if not os.path.isdir(out_dir):
os.makedirs(out_dir, 0o755)
with codecs.open(out_path, 'w', 'utf8') as fp:
fp.write(rp.content)
return ctx, rp
def _bakeSingle(self, qualified_page, num, out_path, tax_info=None):
ctx = PageRenderingContext(qualified_page, page_num=num)
if tax_info:
ctx.setTaxonomyFilter(tax_info.term)
with self.app.env.timerScope("PageRender"):
rp = render_page(ctx)
with self.app.env.timerScope("PageSerialize"):
out_dir = os.path.dirname(out_path)
_ensure_dir_exists(out_dir)
with open(out_path, "w", encoding="utf8") as fp:
fp.write(rp.content)
return rp
def test_serve_tag_page(tag, expected_indices):
tags = [
["foo"],
["foo", "bar"],
["bar"],
["bar", "foo"],
["foo", "whatever"],
["foo", "bar"],
["unique"],
["whatever", "bar"],
]
def config_factory(i):
c = {"title": "Post %d" % (i + 1)}
c["tags"] = list(tags[i])
return c
fs = (
mock_fs()
.withPages(8, "posts/2015-03-{idx1:02}_post{idx1:02}.md", config_factory)
.withPage(
"pages/_tag.md",
{"layout": "none", "format": "none"},
"Pages in {{tag}}\n" "{%for p in pagination.posts -%}\n" "{{p.title}}\n" "{%endfor%}",
)
)
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource("pages").getPage({"slug": "_tag", "tag": tag})
route = app.getTaxonomyRoute("tags", "posts")
route_metadata = {"slug": "_tag", "tag": tag}
taxonomy = app.getTaxonomy("tags")
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
ctx.setTaxonomyFilter(taxonomy, tag)
rp = render_page(ctx)
expected = "Pages in %s\n" % tag
if expected_indices:
for i in reversed(expected_indices):
expected += "Post %d\n" % i
assert expected == rp.content
def test_serve_tag_page(tag, expected_indices):
tags = [
['foo'],
['foo', 'bar'],
['bar'],
['bar', 'foo'],
['foo', 'whatever'],
['foo', 'bar'],
['unique'],
['whatever', 'bar']]
def config_factory(i):
c = {'title': 'Post %d' % (i + 1)}
c['tags'] = list(tags[i])
return c
fs = (mock_fs()
.withConfig()
.withPages(8, 'posts/2015-03-{idx1:02}_post{idx1:02}.md',
config_factory)
.withPage('pages/_tag.md', {'layout': 'none', 'format': 'none'},
"Pages in {{tag}}\n"
"{%for p in pagination.posts -%}\n"
"{{p.title}}\n"
"{%endfor%}"))
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource('pages').getPage({'slug': '_tag', 'tag': tag})
route = app.getGeneratorRoute('posts_tags')
assert route is not None
route_metadata = {'slug': '_tag', 'tag': tag}
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
route.generator.prepareRenderContext(ctx)
rp = render_page(ctx)
expected = "Pages in %s\n" % tag
if expected_indices:
for i in reversed(expected_indices):
expected += "Post %d\n" % i
assert expected == rp.content
def test_blog_provider():
fs = (mock_fs()
.withPage('posts/2015-03-01_one.md',
{'title': 'One', 'category': 'Foo'})
.withPage('posts/2015-03-02_two.md',
{'title': 'Two', 'category': 'Foo'})
.withPage('posts/2015-03-03_three.md',
{'title': 'Three', 'category': 'Bar'})
.withPage('pages/categories.md',
{'format': 'none', 'layout': 'none'},
"{%for c in blog.categories%}\n"
"{{c.name}} ({{c.post_count}})\n"
"{%endfor%}\n"))
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource('pages').getPage({'slug': 'categories'})
route = app.getRoute('pages', None)
route_metadata = {'slug': 'categories'}
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
rp = render_page(ctx)
expected = "\nBar (1)\n\nFoo (2)\n"
assert rp.content == expected
def test_serve_category_page(category, expected_indices):
categories = ['foo', 'foo', 'bar', 'foo', None, 'bar']
def config_factory(i):
c = {'title': 'Post %d' % (i + 1)}
if categories[i]:
c['category'] = categories[i]
return c
fs = (mock_fs().withPages(6, 'posts/2015-03-{idx1:02}_post{idx1:02}.md',
config_factory).withPage(
'pages/_category.md', {
'layout': 'none',
'format': 'none'
}, "Pages in {{category}}\n"
"{%for p in pagination.posts -%}\n"
"{{p.title}}\n"
"{%endfor%}"))
with mock_fs_scope(fs):
app = fs.getApp()
page = app.getSource('pages').getPage({
'slug': '_category',
'category': category
})
route = app.getTaxonomyRoute('categories', 'posts')
route_metadata = {'slug': '_category', 'category': category}
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
ctx.setTaxonomyFilter(category)
rp = render_page(ctx)
expected = "Pages in %s\n" % category
if expected_indices:
for i in reversed(expected_indices):
expected += "Post %d\n" % i
assert expected == rp.content
def _try_serve_page(self, app, environ, request):
# Find a matching page.
req_pages, not_founds = get_requested_pages(app, request.path)
rendered_page = None
for req_page in req_pages:
# We have a page, let's try to render it.
render_ctx = RenderingContext(req_page.page,
sub_num=req_page.sub_num,
force_render=True)
req_page.page.source.prepareRenderContext(render_ctx)
# Render the page.
this_rendered_page = render_page(render_ctx)
# We might have rendered a page that technically exists, but
# has no interesting content, like a tag page for a tag that
# isn't used by any page. To eliminate these false positives,
# we check if there was pagination used, and if so, if it had
# anything in it.
# TODO: we might need a more generic system for other cases.
render_info = this_rendered_page.render_info
if (render_info['used_pagination']
and not render_info['pagination_has_items']):
not_founds.append(
PageNotFoundError(
("Rendered '%s' (page %d) in source '%s' "
"but got empty content:\n\n%s\n\n") %
(req_page.req_path, req_page.sub_num,
req_page.page.source.name,
this_rendered_page.content)))
continue
rendered_page = this_rendered_page
break
# If we haven't found any good match, report all the places we didn't
# find it at.
if rendered_page is None:
msg = "Can't find path for '%s':" % request.path
raise MultipleNotFound(msg, not_founds)
# Start doing stuff.
page = rendered_page.page
rp_content = rendered_page.content
# Profiling.
if app.config.get('site/show_debug_info'):
now_time = time.perf_counter()
timing_info = ('%8.1f ms' %
((now_time - app.env.start_time) * 1000.0))
rp_content = rp_content.replace('__PIECRUST_TIMING_INFORMATION__',
timing_info)
# Build the response.
response = Response()
etag = hashlib.md5(rp_content.encode('utf8')).hexdigest()
if not app.debug and etag in request.if_none_match:
response.status_code = 304
return response
response.set_etag(etag)
response.content_md5 = etag
cache_control = response.cache_control
if app.debug:
cache_control.no_cache = True
cache_control.must_revalidate = True
else:
cache_time = (page.config.get('cache_time')
or app.config.get('site/cache_time'))
if cache_time:
cache_control.public = True
cache_control.max_age = cache_time
content_type = page.config.get('content_type')
if content_type and '/' not in content_type:
mimetype = content_type_map.get(content_type, content_type)
else:
mimetype = content_type
if mimetype:
response.mimetype = mimetype
if ('gzip' in request.accept_encodings
and app.config.get('site/enable_gzip')):
try:
with io.BytesIO() as gzip_buffer:
with gzip.open(gzip_buffer, mode='wt',
encoding='utf8') as gzip_file:
gzip_file.write(rp_content)
rp_content = gzip_buffer.getvalue()
response.content_encoding = 'gzip'
except Exception:
logger.error("Error compressing response, "
"falling back to uncompressed.")
response.set_data(rp_content)
return response
def _preview_page(page):
render_ctx = PageRenderingContext(page, force_render=True)
rp = render_page(render_ctx)
return rp.content
def render_simple_page(page):
ctx = RenderingContext(page)
rp = render_page(ctx)
return rp.content
def _try_render_page(self, app, route, route_metadata, page_num, req_path):
# Match the route to an actual factory.
taxonomy_info = None
source = app.getSource(route.source_name)
if route.taxonomy_name is None:
factory = source.findPageFactory(route_metadata, MODE_PARSING)
if factory is None:
return None
else:
taxonomy = app.getTaxonomy(route.taxonomy_name)
route_terms = route_metadata.get(taxonomy.term_name)
if route_terms is None:
return None
tax_page_ref = taxonomy.getPageRef(source.name)
factory = tax_page_ref.getFactory()
tax_terms = route.unslugifyTaxonomyTerm(route_terms)
route_metadata[taxonomy.term_name] = tax_terms
taxonomy_info = (taxonomy, tax_terms)
# Build the page.
page = factory.buildPage()
# We force the rendering of the page because it could not have
# changed, but include pages that did change.
qp = QualifiedPage(page, route, route_metadata)
render_ctx = PageRenderingContext(qp,
page_num=page_num,
force_render=True)
if taxonomy_info is not None:
taxonomy, tax_terms = taxonomy_info
render_ctx.setTaxonomyFilter(taxonomy, tax_terms)
# See if this page is known to use sources. If that's the case,
# just don't use cached rendered segments for that page (but still
# use them for pages that are included in it).
uri = qp.getUri()
assert uri == req_path
entry = self._page_record.getEntry(uri, page_num)
if (taxonomy_info is not None or entry is None
or entry.used_source_names):
cache_key = '%s:%s' % (uri, page_num)
app.env.rendered_segments_repository.invalidate(cache_key)
# Render the page.
rendered_page = render_page(render_ctx)
# Check if this page is a taxonomy page that actually doesn't match
# anything.
if taxonomy_info is not None:
paginator = rendered_page.data.get('pagination')
if (paginator and paginator.is_loaded
and len(paginator.items) == 0):
taxonomy = taxonomy_info[0]
message = ("This URL matched a route for taxonomy '%s' but "
"no pages have been found to have it. This page "
"won't be generated by a bake." % taxonomy.name)
raise NotFound(message)
# Remember stuff for next time.
if entry is None:
entry = ServeRecordPageEntry(req_path, page_num)
self._page_record.addEntry(entry)
for p, pinfo in render_ctx.render_passes.items():
entry.used_source_names |= pinfo.used_source_names
# Ok all good.
return rendered_page
def _try_render_page(self, app, route, route_metadata, page_num, req_path):
# Match the route to an actual factory.
taxonomy_info = None
source = app.getSource(route.source_name)
if route.taxonomy_name is None:
factory = source.findPageFactory(route_metadata, MODE_PARSING)
if factory is None:
return None
else:
taxonomy = app.getTaxonomy(route.taxonomy_name)
route_terms = route_metadata.get(taxonomy.term_name)
if route_terms is None:
return None
tax_page_ref = taxonomy.getPageRef(source)
factory = tax_page_ref.getFactory()
tax_terms = route.unslugifyTaxonomyTerm(route_terms)
route_metadata[taxonomy.term_name] = tax_terms
taxonomy_info = (taxonomy, tax_terms)
# Build the page.
page = factory.buildPage()
# We force the rendering of the page because it could not have
# changed, but include pages that did change.
qp = QualifiedPage(page, route, route_metadata)
render_ctx = PageRenderingContext(qp,
page_num=page_num,
force_render=True)
if taxonomy_info is not None:
taxonomy, tax_terms = taxonomy_info
render_ctx.setTaxonomyFilter(taxonomy, tax_terms)
# See if this page is known to use sources. If that's the case,
# just don't use cached rendered segments for that page (but still
# use them for pages that are included in it).
uri = qp.getUri()
entry = self._page_record.getEntry(uri, page_num)
if (taxonomy_info is not None or entry is None or
entry.used_source_names):
cache_key = '%s:%s' % (uri, page_num)
app.env.rendered_segments_repository.invalidate(cache_key)
# Render the page.
rendered_page = render_page(render_ctx)
# Check if this page is a taxonomy page that actually doesn't match
# anything.
if taxonomy_info is not None:
paginator = rendered_page.data.get('pagination')
if (paginator and paginator.is_loaded and
len(paginator.items) == 0):
taxonomy = taxonomy_info[0]
message = ("This URL matched a route for taxonomy '%s' but "
"no pages have been found to have it. This page "
"won't be generated by a bake." % taxonomy.name)
raise NotFound(message)
# Remember stuff for next time.
if entry is None:
entry = ServeRecordPageEntry(req_path, page_num)
self._page_record.addEntry(entry)
for p, pinfo in render_ctx.render_passes.items():
entry.used_source_names |= pinfo.used_source_names
# Ok all good.
return rendered_page
def render_simple_page(page, route, route_metadata):
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
rp = render_page(ctx)
return rp.content
def _try_serve_page(self, app, environ, request):
# Find a matching page.
req_pages, not_founds = get_requested_pages(app, request.path)
rendered_page = None
for req_page in req_pages:
# We have a page, let's try to render it.
render_ctx = RenderingContext(req_page.page,
sub_num=req_page.sub_num,
force_render=True)
req_page.page.source.prepareRenderContext(render_ctx)
# Render the page.
this_rendered_page = render_page(render_ctx)
# We might have rendered a page that technically exists, but
# has no interesting content, like a tag page for a tag that
# isn't used by any page. To eliminate these false positives,
# we check if there was pagination used, and if so, if it had
# anything in it.
# TODO: we might need a more generic system for other cases.
render_info = this_rendered_page.render_info
if (render_info['used_pagination'] and
not render_info['pagination_has_items']):
not_founds.append(PageNotFoundError(
("Rendered '%s' (page %d) in source '%s' "
"but got empty content:\n\n%s\n\n") %
(req_page.req_path, req_page.sub_num,
req_page.page.source.name, this_rendered_page.content)))
continue
rendered_page = this_rendered_page
break
# If we haven't found any good match, report all the places we didn't
# find it at.
if rendered_page is None:
msg = "Can't find path for '%s':" % request.path
raise MultipleNotFound(msg, not_founds)
# Start doing stuff.
page = rendered_page.page
rp_content = rendered_page.content
# Profiling.
if app.config.get('site/show_debug_info'):
now_time = time.perf_counter()
timing_info = (
'%8.1f ms' %
((now_time - app.env.start_time) * 1000.0))
rp_content = rp_content.replace(
'__PIECRUST_TIMING_INFORMATION__', timing_info)
# Build the response.
response = Response()
etag = hashlib.md5(rp_content.encode('utf8')).hexdigest()
if not app.debug and etag in request.if_none_match:
response.status_code = 304
return response
response.set_etag(etag)
response.content_md5 = etag
cache_control = response.cache_control
if app.debug:
cache_control.no_cache = True
cache_control.must_revalidate = True
else:
cache_time = (page.config.get('cache_time') or
app.config.get('site/cache_time'))
if cache_time:
cache_control.public = True
cache_control.max_age = cache_time
content_type = page.config.get('content_type')
if content_type and '/' not in content_type:
mimetype = content_type_map.get(content_type, content_type)
else:
mimetype = content_type
if mimetype:
response.mimetype = mimetype
if ('gzip' in request.accept_encodings and
app.config.get('site/enable_gzip')):
try:
with io.BytesIO() as gzip_buffer:
with gzip.open(gzip_buffer, mode='wt',
encoding='utf8') as gzip_file:
gzip_file.write(rp_content)
rp_content = gzip_buffer.getvalue()
response.content_encoding = 'gzip'
except Exception:
logger.error("Error compressing response, "
"falling back to uncompressed.")
response.set_data(rp_content)
return response
def _try_serve_page(self, app, environ, request):
# Find a matching page.
req_page = get_requested_page(app, request.path)
# If we haven't found any good match, report all the places we didn't
# find it at.
qp = req_page.qualified_page
if qp is None:
msg = "Can't find path for '%s':" % request.path
raise MultipleNotFound(msg, req_page.not_found_errors)
# We have a page, let's try to render it.
render_ctx = PageRenderingContext(qp,
page_num=req_page.page_num,
force_render=True,
is_from_request=True)
if qp.route.is_generator_route:
qp.route.generator.prepareRenderContext(render_ctx)
# See if this page is known to use sources. If that's the case,
# just don't use cached rendered segments for that page (but still
# use them for pages that are included in it).
uri = qp.getUri()
entry = self._page_record.getEntry(uri, req_page.page_num)
if (qp.route.is_generator_route or entry is None or
entry.used_source_names):
cache_key = '%s:%s' % (uri, req_page.page_num)
app.env.rendered_segments_repository.invalidate(cache_key)
# Render the page.
rendered_page = render_page(render_ctx)
# Remember stuff for next time.
if entry is None:
entry = ServeRecordPageEntry(req_page.req_path, req_page.page_num)
self._page_record.addEntry(entry)
for pinfo in render_ctx.render_passes:
entry.used_source_names |= pinfo.used_source_names
# Start doing stuff.
page = rendered_page.page
rp_content = rendered_page.content
# Profiling.
if app.config.get('site/show_debug_info'):
now_time = time.perf_counter()
timing_info = (
'%8.1f ms' %
((now_time - app.env.start_time) * 1000.0))
rp_content = rp_content.replace(
'__PIECRUST_TIMING_INFORMATION__', timing_info)
# Build the response.
response = Response()
etag = hashlib.md5(rp_content.encode('utf8')).hexdigest()
if not app.debug and etag in request.if_none_match:
response.status_code = 304
return response
response.set_etag(etag)
response.content_md5 = etag
cache_control = response.cache_control
if app.debug:
cache_control.no_cache = True
cache_control.must_revalidate = True
else:
cache_time = (page.config.get('cache_time') or
app.config.get('site/cache_time'))
if cache_time:
cache_control.public = True
cache_control.max_age = cache_time
content_type = page.config.get('content_type')
if content_type and '/' not in content_type:
mimetype = content_type_map.get(content_type, content_type)
else:
mimetype = content_type
if mimetype:
response.mimetype = mimetype
if ('gzip' in request.accept_encodings and
app.config.get('site/enable_gzip')):
try:
with io.BytesIO() as gzip_buffer:
with gzip.open(gzip_buffer, mode='wt',
encoding='utf8') as gzip_file:
gzip_file.write(rp_content)
rp_content = gzip_buffer.getvalue()
response.content_encoding = 'gzip'
except Exception:
logger.error("Error compressing response, "
"falling back to uncompressed.")
response.set_data(rp_content)
return response
def render_simple_page(page, route, route_metadata):
qp = QualifiedPage(page, route, route_metadata)
ctx = PageRenderingContext(qp)
rp = render_page(ctx)
return rp.content
def _try_serve_page(self, app, environ, request):
# Find a matching page.
req_page = get_requested_page(app, request.path)
# If we haven't found any good match, report all the places we didn't
# find it at.
qp = req_page.qualified_page
if qp is None:
msg = "Can't find path for '%s':" % request.path
raise MultipleNotFound(msg, req_page.not_found_errors)
# We have a page, let's try to render it.
render_ctx = PageRenderingContext(qp,
page_num=req_page.page_num,
force_render=True)
if qp.route.taxonomy_name is not None:
taxonomy = app.getTaxonomy(qp.route.taxonomy_name)
tax_terms = qp.route.getTaxonomyTerms(qp.route_metadata)
render_ctx.setTaxonomyFilter(tax_terms, needs_slugifier=True)
# See if this page is known to use sources. If that's the case,
# just don't use cached rendered segments for that page (but still
# use them for pages that are included in it).
uri = qp.getUri()
entry = self._page_record.getEntry(uri, req_page.page_num)
if (qp.route.taxonomy_name is not None or entry is None
or entry.used_source_names):
cache_key = '%s:%s' % (uri, req_page.page_num)
app.env.rendered_segments_repository.invalidate(cache_key)
# Render the page.
rendered_page = render_page(render_ctx)
# Check if this page is a taxonomy page that actually doesn't match
# anything.
if qp.route.taxonomy_name is not None:
paginator = rendered_page.data.get('pagination')
if (paginator and paginator.is_loaded
and len(paginator.items) == 0):
taxonomy = app.getTaxonomy(qp.route.taxonomy_name)
message = ("This URL matched a route for taxonomy '%s' but "
"no pages have been found to have it. This page "
"won't be generated by a bake." % taxonomy.name)
raise NotFound(message)
# Remember stuff for next time.
if entry is None:
entry = ServeRecordPageEntry(req_page.req_path, req_page.page_num)
self._page_record.addEntry(entry)
for p, pinfo in render_ctx.render_passes.items():
entry.used_source_names |= pinfo.used_source_names
# Start doing stuff.
page = rendered_page.page
rp_content = rendered_page.content
# Profiling.
if app.config.get('site/show_debug_info'):
now_time = time.perf_counter()
timing_info = ('%8.1f ms' %
((now_time - app.env.start_time) * 1000.0))
rp_content = rp_content.replace('__PIECRUST_TIMING_INFORMATION__',
timing_info)
# Build the response.
response = Response()
etag = hashlib.md5(rp_content.encode('utf8')).hexdigest()
if not app.debug and etag in request.if_none_match:
response.status_code = 304
return response
response.set_etag(etag)
response.content_md5 = etag
cache_control = response.cache_control
if app.debug:
cache_control.no_cache = True
cache_control.must_revalidate = True
else:
cache_time = (page.config.get('cache_time')
or app.config.get('site/cache_time'))
if cache_time:
cache_control.public = True
cache_control.max_age = cache_time
content_type = page.config.get('content_type')
if content_type and '/' not in content_type:
mimetype = content_type_map.get(content_type, content_type)
else:
mimetype = content_type
if mimetype:
response.mimetype = mimetype
if ('gzip' in request.accept_encodings
and app.config.get('site/enable_gzip')):
try:
with io.BytesIO() as gzip_buffer:
with gzip.open(gzip_buffer, mode='wt',
encoding='utf8') as gzip_file:
gzip_file.write(rp_content)
rp_content = gzip_buffer.getvalue()
response.content_encoding = 'gzip'
except Exception:
logger.error("Error compressing response, "
"falling back to uncompressed.")
response.set_data(rp_content)
return response
