def test_content_finder_specific_url_replacements(url,
content_relative_dirpath,
filename):
content = WebsiteContentFactory.build(
website=WebsiteFactory.build(uuid="website_uuid"),
dirpath=f"content{content_relative_dirpath}",
filename=filename,
text_id="content-uuid",
)
with patch_website_contents_all([content]):
content_lookup = ContentLookup()
assert content_lookup.find_within_site("website_uuid", url) == content
def test_legacy_file_lookup_raises_nonunique_for_multiple_matches():
c1a = WebsiteContentFactory.build(
website_id="site-uuid-one",
file=f"/courses/site_one/{string_uuid()}_some_file_name.jpg",
text_id="content-uuid-1",
)
c1b = WebsiteContentFactory.build(
website_id="site-uuid-one",
file=f"/courses/site_one/{string_uuid()}_some_file_name.jpg",
text_id="content-uuid-2",
)
contents = [c1a, c1b]
with patch_website_contents_all(contents):
legacy_file_lookup = LegacyFileLookup()
with pytest.raises(legacy_file_lookup.MultipleMatchError):
assert legacy_file_lookup.find("site-uuid-one",
"some_file_name.jpg")
def test_content_finder_returns_metadata_for_site(site_uuid, content_index):
contents = [
WebsiteContentFactory.build(
website=WebsiteFactory.build(uuid="website_one"),
type="sitemetadata",
text_id="content-1",
),
WebsiteContentFactory.build(
website=WebsiteFactory.build(uuid="website_two"),
type="sitemetadata",
text_id="content-2",
),
]
with patch_website_contents_all(contents):
content_lookup = ContentLookup()
assert (content_lookup.find_within_site(
site_uuid, "/") == contents[content_index])
def test_legacy_file_lookup(site_uuid, filename, expected_index):
c1a = WebsiteContentFactory.build(
website_id="site-uuid-one",
file=f"/courses/site_one/{string_uuid()}_someFileName.jpg",
text_id="content-uuid-1a",
)
c1b = WebsiteContentFactory.build(
website_id="site-uuid-one",
file=f"/courses/site_one/{string_uuid()}_somefilename.jpg",
text_id="content-uuid-1b",
)
c2 = WebsiteContentFactory.build(
website_id="site-uuid-two",
file=f"/courses/site_two/{string_uuid()}_someFileName.jpg",
text_id="content-uuid-two",
)
contents = [c1a, c1b, c2]
expected = contents[expected_index]
with patch_website_contents_all(contents):
legacy_file_lookup = LegacyFileLookup()
assert legacy_file_lookup.find(site_uuid, filename) == expected
def test_content_finder_is_site_specific():
"""Test that ContentLookup is site specific"""
content_w1 = WebsiteContentFactory.build(
website=WebsiteFactory.build(uuid="website-uuid-1"),
dirpath="content/resources/path/to",
filename="file1",
text_id="content-uuid-1",
)
content_w2 = WebsiteContentFactory.build(
website=WebsiteFactory.build(uuid="website-uuid-2"),
dirpath="content/resources/path/to",
filename="file1",
text_id="content-uuid-1",
)
with patch_website_contents_all([content_w1, content_w2]):
content_lookup = ContentLookup()
url = "/resources/path/to/file1"
assert content_lookup.find_within_site(content_w1.website_id,
url) == content_w1
assert content_lookup.find_within_site(content_w2.website_id,
url) == content_w2
def get_markdown_cleaner(website_contents):
"""Convenience to get rule-specific markdown cleaner"""
with patch_website_contents_all(website_contents):
rule = ResolveUIDRule()
return WebsiteContentMarkdownCleaner(rule)
def get_markdown_cleaner(website_contents):
"""Convenience to get rule-specific cleaner"""
with patch_website_contents_all(website_contents):
rule = BaseurlReplacementRule()
return WebsiteContentMarkdownCleaner(rule)
def get_markdown_cleaner(websites, website_contents):
"""Convenience to get rule-specific cleaner"""
with patch_website_contents_all(website_contents):
with patch_website_all(websites):
rule = RootRelativeUrlRule()
return WebsiteContentMarkdownCleaner(rule)
def get_markdown_cleaner(website_contents):
"""Convenience to get rule-specific cleaner"""
with patch_website_contents_all(website_contents):
rule = MetadataRelativeUrlsFix()
return WebsiteContentMarkdownCleaner(rule)