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#include "rssparser.h"
#include "3rd-party/catch.hpp"
#include "cache.h"
#include "rss/feed.h"
#include "rss/item.h"
#include "rssfeed.h"
#include "rssignores.h"
using namespace newsboat;
TEST_CASE("parse() ignores uninitialized upstream feed", "[RssParser]")
{
ConfigContainer cfg;
auto rsscache = Cache::in_memory(cfg);
RssIgnores ignores;
RssParser parser("http://example.com", *rsscache, cfg, &ignores);
rsspp::Feed upstream_feed;
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed == nullptr);
}
TEST_CASE("parse() with no item GUID falls back to link+pubdate, link, and title",
"[RssParser]")
{
ConfigContainer cfg;
auto rsscache = Cache::in_memory(cfg);
RssIgnores ignores;
RssParser parser("http://example.com", *rsscache, cfg, &ignores);
rsspp::Feed upstream_feed;
upstream_feed.rss_version = rsspp::Feed::ATOM_1_0;
upstream_feed.items.push_back({});
rsspp::Item& upstream_item = upstream_feed.items[0];
upstream_item.guid = "a real GUID";
upstream_item.title = "title of article";
upstream_item.link = "https://example.com/blog/post";
upstream_item.pubDate = "2023-07-31";
SECTION("uses GUID if it is available") {
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items().front()->guid() == "a real GUID");
}
SECTION("uses link+pubdate if GUID is not available") {
upstream_item.guid.clear();
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items().front()->guid() == "https://example.com/blog/post2023-07-31");
}
SECTION("uses link if GUID and pubdate are not available") {
upstream_item.guid.clear();
upstream_item.pubDate.clear();
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items().front()->guid() == "https://example.com/blog/post");
}
SECTION("uses title if other options are not available") {
upstream_item.guid.clear();
upstream_item.pubDate.clear();
upstream_item.link.clear();
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items().front()->guid() == "title of article");
}
}
TEST_CASE("parse() renders html titles into plaintext if type indicates html",
"[RssParser]")
{
ConfigContainer cfg;
auto rsscache = Cache::in_memory(cfg);
RssIgnores ignores;
RssParser parser("http://example.com", *rsscache, cfg, &ignores);
rsspp::Feed upstream_feed;
upstream_feed.rss_version = rsspp::Feed::ATOM_1_0;
upstream_feed.items.push_back({});
rsspp::Item& upstream_item = upstream_feed.items[0];
upstream_feed.title = "<b>title</b> of feed";
upstream_item.title = "<b>title</b> of article";
SECTION("uses feed title varbatim if no html type is indicated") {
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->title() == "<b>title</b> of feed");
}
SECTION("renders out feed title if html type is indicated") {
upstream_feed.title_type = "html";
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->title() == "title of feed");
}
SECTION("uses item title varbatim if no html type is indicated") {
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items().front()->title() == "<b>title</b> of article");
}
SECTION("renders out item title if html type is indicated") {
upstream_item.title_type = "html";
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items().front()->title() == "title of article");
}
}
TEST_CASE("parse() generates a title when title element is missing",
"[RssParser]")
{
ConfigContainer cfg;
auto rsscache = Cache::in_memory(cfg);
RssIgnores ignores;
RssParser parser("http://example.com", *rsscache, cfg, &ignores);
rsspp::Feed upstream_feed;
upstream_feed.rss_version = rsspp::Feed::ATOM_1_0;
upstream_feed.items.push_back({});
rsspp::Item& upstream_item = upstream_feed.items[0];
upstream_item.description = "<b>Just saying hello</b>";
SECTION("creates a title from the URL") {
upstream_item.link = "http://example.com/2023/08/29/hello-world.html";
const auto feed = parser.parse(upstream_feed);
auto item = feed->items()[0];
REQUIRE(item->title() == "Hello world");
}
SECTION("creates a title from the content if the URL is numeric") {
upstream_item.link = "http://example.com/1234567";
SECTION("title from description") {
const auto feed = parser.parse(upstream_feed);
auto item = feed->items()[0];
REQUIRE(item->title() == "Just saying hello");
}
SECTION("title from content_encoded") {
upstream_item.description.clear();
upstream_item.content_encoded = "<b>article text</b>";
const auto feed = parser.parse(upstream_feed);
auto item = feed->items()[0];
REQUIRE(item->title() == "article text");
}
}
}
TEST_CASE("parse() extracts best enclosure", "[RssParser]")
{
ConfigContainer cfg;
auto rsscache = Cache::in_memory(cfg);
RssIgnores ignores;
RssParser parser("http://example.com", *rsscache, cfg, &ignores);
rsspp::Feed upstream_feed;
upstream_feed.rss_version = rsspp::Feed::ATOM_1_0;
upstream_feed.items.push_back({});
rsspp::Item& upstream_item = upstream_feed.items[0];
const auto make_enclosure = [](
const std::string& url,
const std::string& type,
const std::string& description,
const std::string& mime
) -> rsspp::Enclosure {
rsspp::Enclosure result;
result.url = url;
result.type = type;
result.description = description;
result.description_mime_type = mime;
return result;
};
const auto image_enclosure1 = make_enclosure(
"http://example.com/enclosure1",
"image/png",
"description1",
"text/plain"
);
const auto image_enclosure2 = make_enclosure(
"http://example.com/enclosure2",
"image/jpg",
"description2",
"text/plain"
);
const auto audio_enclosure = make_enclosure(
"http://example.com/enclosure3",
"audio/ogg",
"description3",
"text/plain"
);
SECTION("podcast preferred over non-podcast enclosure") {
const auto run_validation = [&]() {
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items()[0]->enclosure_url() == "http://example.com/enclosure3");
REQUIRE(feed->items()[0]->enclosure_type() == "audio/ogg");
REQUIRE(feed->items()[0]->enclosure_description() == "description3");
REQUIRE(feed->items()[0]->enclosure_description_mime_type() == "text/plain");
};
SECTION("podcast first") {
upstream_item.enclosures.push_back(audio_enclosure);
upstream_item.enclosures.push_back(image_enclosure1);
run_validation();
}
SECTION("podcast last") {
upstream_item.enclosures.push_back(image_enclosure1);
upstream_item.enclosures.push_back(audio_enclosure);
run_validation();
}
}
SECTION("last enclosure picked if both are non-podcast enclosures") {
upstream_item.enclosures.push_back(image_enclosure1);
upstream_item.enclosures.push_back(image_enclosure2);
const auto feed = parser.parse(upstream_feed);
REQUIRE(feed != nullptr);
REQUIRE(feed->items().size() == 1);
REQUIRE(feed->items()[0]->enclosure_url() == "http://example.com/enclosure2");
REQUIRE(feed->items()[0]->enclosure_type() == "image/jpg");
REQUIRE(feed->items()[0]->enclosure_description() == "description2");
REQUIRE(feed->items()[0]->enclosure_description_mime_type() == "text/plain");
}
}
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