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#include "fileurlreader.h"
#include <fstream>
#include <unistd.h>
#include "3rd-party/catch.hpp"
#include "test_helpers/chmod.h"
#include "test_helpers/misc.h"
#include "test_helpers/tempfile.h"
using namespace newsboat;
TEST_CASE("URL reader remembers the file name from which it read the URLs",
"[FileUrlReader]")
{
const std::string url("data/test-urls.txt");
FileUrlReader u(url);
REQUIRE(u.get_source() == url);
u.reload();
REQUIRE(u.get_source() == url);
}
TEST_CASE("URL reader extracts all URLs from the file", "[FileUrlReader]")
{
FileUrlReader u("data/test-urls.txt");
u.reload();
REQUIRE(u.get_urls().size() == 3);
REQUIRE(u.get_urls()[0] == "http://test1.url.cc/feed.xml");
REQUIRE(u.get_urls()[1] == "http://anotherfeed.com/");
REQUIRE(u.get_urls()[2] == "http://onemorefeed.at/feed/");
}
TEST_CASE("URL reader extracts feeds' tags", "[FileUrlReader]")
{
FileUrlReader u("data/test-urls.txt");
u.reload();
REQUIRE(u.get_tags("http://test1.url.cc/feed.xml").size() == 3);
REQUIRE(u.get_tags("http://test1.url.cc/feed.xml")[0] == "~title");
REQUIRE(u.get_tags("http://test1.url.cc/feed.xml")[1] == "tag1");
REQUIRE(u.get_tags("http://test1.url.cc/feed.xml")[2] == "tag2");
REQUIRE(u.get_tags("http://anotherfeed.com/").size() == 0);
REQUIRE(u.get_tags("http://onemorefeed.at/feed/").size() == 3);
REQUIRE(u.get_tags("http://onemorefeed.at/feed/")[0] == "tag1");
REQUIRE(u.get_tags("http://onemorefeed.at/feed/")[1] == "~another title");
REQUIRE(u.get_tags("http://onemorefeed.at/feed/")[2] == "tag3");
}
TEST_CASE("URL reader keeps track of unique tags", "[FileUrlReader]")
{
FileUrlReader u("data/test-urls.txt");
u.reload();
REQUIRE(u.get_alltags().size() == 3);
}
TEST_CASE("URL reader writes files that it can understand later",
"[FileUrlReader]")
{
const std::string testDataPath("data/test-urls.txt");
test_helpers::TempFile urlsFile;
test_helpers::copy_file(testDataPath, urlsFile.get_path());
FileUrlReader u(urlsFile.get_path());
u.reload();
REQUIRE_FALSE(u.get_urls().empty());
REQUIRE_FALSE(u.get_alltags().empty());
std::ofstream urlsFileStream(urlsFile.get_path());
REQUIRE(urlsFileStream.is_open());
urlsFileStream << std::string();
urlsFileStream.close();
u.write_config();
FileUrlReader u2(urlsFile.get_path());
u2.reload();
REQUIRE_FALSE(u2.get_urls().empty());
REQUIRE_FALSE(u2.get_alltags().empty());
REQUIRE(u.get_alltags() == u2.get_alltags());
REQUIRE(u.get_urls() == u2.get_urls());
for (const auto& url : u.get_urls()) {
REQUIRE(u.get_tags(url) == u2.get_tags(url));
}
}
TEST_CASE("Preserves URLs as-is", "[FileUrlReader][issue926]")
{
const std::string testDataPath("data/926-urls");
FileUrlReader u(testDataPath);
u.reload();
REQUIRE(u.get_urls().size() == 1);
REQUIRE(u.get_urls()[0] ==
R"_(exec:curl --silent https://feeds.metaebene.me/raumzeit/m4a | sed 's#\(</guid>\|</id>\)#-M4A&#')_");
}
TEST_CASE("URL reader returns error structure if file cannot be opened",
"[FileUrlReader]")
{
const std::string testDataPath("data/test-urls.txt");
test_helpers::TempFile urlsFile;
FileUrlReader u(urlsFile.get_path());
SECTION("reload() returns error structure if file does not exist") {
const auto error_message = u.reload();
REQUIRE(error_message.has_value());
SECTION("the error structure contains error message and kind of an error") {
INFO("error_message: " + error_message.value().message);
REQUIRE_FALSE(error_message.value().message.empty());
}
}
SECTION("write_config() works fine if file does not exist") {
const auto error_message = u.write_config();
REQUIRE_FALSE(error_message.has_value());
SECTION("after writing file, reload() succeeds") {
const auto error_message = u.reload();
REQUIRE_FALSE(error_message.has_value());
}
}
test_helpers::copy_file(testDataPath, urlsFile.get_path());
SECTION("reload() succeeds if url file exists") {
const auto error_message = u.reload();
REQUIRE_FALSE(error_message.has_value());
}
GIVEN("that the urls file is not readable") {
test_helpers::Chmod notReadable(urlsFile.get_path(), S_IWUSR);
THEN("reload() returns an error message") {
const auto error_message = u.reload();
REQUIRE(error_message.has_value());
}
THEN("write_config() still works fine") {
const auto error_message = u.write_config();
REQUIRE_FALSE(error_message.has_value());
}
}
GIVEN("that the urls file is not writable") {
test_helpers::Chmod notWritable(urlsFile.get_path(), S_IRUSR);
THEN("write_config() returns an error message") {
const auto error_message = u.write_config();
REQUIRE(error_message.has_value());
SECTION("the error message contains the filename") {
INFO("error_message: " + error_message.value());
REQUIRE(error_message.value().find(urlsFile.get_path()) != std::string::npos);
}
}
THEN("reload() still work fine") {
const auto error_message = u.reload();
REQUIRE_FALSE(error_message.has_value());
}
}
}
TEST_CASE("URL reader returns error message if file contains invalid UTF-8 codepoint",
"[FileUrlReader]")
{
test_helpers::TempFile urlsFile;
{
std::ofstream f(urlsFile.get_path());
f << "http://exmample.com/atom.xml" << std::endl;
f << "http://invalid.com/\xff.xml" << std::endl;
}
FileUrlReader u(urlsFile.get_path());
auto error_message = u.reload();
REQUIRE(error_message.has_value());
REQUIRE(error_message.value().message.size() > 0);
}
TEST_CASE("FileUrlReader::get_alltags() returns all unique tags across all feeds, "
"excluding the title tags",
"[FileUrlReader]")
{
FileUrlReader u("data/test-urls.txt");
u.reload();
const auto tags = u.get_alltags();
REQUIRE(tags.size() == 3);
REQUIRE(tags[0] == "tag1");
REQUIRE(tags[1] == "tag2");
REQUIRE(tags[2] == "tag3");
}
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