# -*- coding: utf-8 -*- """ Tests for a basic entry These are test cases for a basic entry. """ import unittest from feedgen.feed import FeedGenerator class TestSequenceFunctions(unittest.TestCase): def setUp(self): fg = FeedGenerator() self.feedId = 'http://example.com' self.title = 'Some Testfeed' fg.id(self.feedId) fg.title(self.title) fg.link(href='http://lkiesow.de', rel='alternate')[0] fg.description('...') fe = fg.add_entry() fe.id('http://lernfunk.de/media/654321/1') fe.title('The First Episode') fe.content(u'…') # Use also the different name add_item fe = fg.add_item() fe.id('http://lernfunk.de/media/654321/1') fe.title('The Second Episode') fe.content(u'…') fe = fg.add_entry() fe.id('http://lernfunk.de/media/654321/1') fe.title('The Third Episode') fe.content(u'…') self.fg = fg def test_setEntries(self): fg2 = FeedGenerator() fg2.entry(self.fg.entry()) assert len(fg2.entry()) == 3 assert self.fg.entry() == fg2.entry() def test_loadExtension(self): fe = self.fg.add_item() fe.id('1') fe.title(u'…') fe.content(u'…') fe.load_extension('base') assert fe.base assert self.fg.atom_str() def test_checkEntryNumbers(self): fg = self.fg assert len(fg.entry()) == 3 def test_TestEntryItems(self): fe = self.fg.add_item() fe.title('qwe') assert fe.title() == 'qwe' author = fe.author(email='ldoe@example.com')[0] assert not author.get('name') assert author.get('email') == 'ldoe@example.com' author = fe.author(name='John Doe', email='jdoe@example.com', replace=True)[0] assert author.get('name') == 'John Doe' assert author.get('email') == 'jdoe@example.com' contributor = fe.contributor(name='John Doe', email='jdoe@ex.com')[0] assert contributor == fe.contributor()[0] assert contributor.get('name') == 'John Doe' assert contributor.get('email') == 'jdoe@ex.com' link = fe.link(href='http://lkiesow.de', rel='alternate')[0] assert link == fe.link()[0] assert link.get('href') == 'http://lkiesow.de' assert link.get('rel') == 'alternate' fe.guid('123') assert fe.guid().get('guid') == '123' fe.updated('2017-02-05 13:26:58+01:00') assert fe.updated().year == 2017 fe.summary('asdf') assert fe.summary() == 'asdf' fe.description('asdfx') assert fe.description() == 'asdfx' fe.pubDate('2017-02-05 13:26:58+01:00') assert fe.pubDate().year == 2017 fe.rights('asdfx') assert fe.rights() == 'asdfx' source = fe.source(url='https://example.com', title='Test') assert source.get('title') == 'Test' assert source.get('url') == 'https://example.com' fe.comments('asdfx') assert fe.comments() == 'asdfx' fe.enclosure(url='http://lkiesow.de', type='text/plain', length='1') assert fe.enclosure().get('url') == 'http://lkiesow.de' fe.ttl(8) assert fe.ttl() == 8 self.fg.rss_str() self.fg.atom_str() def test_checkItemNumbers(self): fg = self.fg assert len(fg.item()) == 3 def test_checkEntryContent(self): fg = self.fg assert fg.entry() def test_removeEntryByIndex(self): fg = FeedGenerator() self.feedId = 'http://example.com' self.title = 'Some Testfeed' fe = fg.add_entry() fe.id('http://lernfunk.de/media/654321/1') fe.title('The Third Episode') assert len(fg.entry()) == 1 fg.remove_entry(0) assert len(fg.entry()) == 0 def test_removeEntryByEntry(self): fg = FeedGenerator() self.feedId = 'http://example.com' self.title = 'Some Testfeed' fe = fg.add_entry() fe.id('http://lernfunk.de/media/654321/1') fe.title('The Third Episode') assert len(fg.entry()) == 1 fg.remove_entry(fe) assert len(fg.entry()) == 0 def test_categoryHasDomain(self): fg = FeedGenerator() fg.title('some title') fg.link(href='http://www.dontcare.com', rel='alternate') fg.description('description') fe = fg.add_entry() fe.id('http://lernfunk.de/media/654321/1') fe.title('some title') fe.category([ {'term': 'category', 'scheme': 'http://www.somedomain.com/category', 'label': 'Category', }]) result = fg.rss_str() assert b'domain="http://www.somedomain.com/category"' in result def test_content_cdata_type(self): fg = FeedGenerator() fg.title('some title') fg.id('http://lernfunk.de/media/654322/1') fe = fg.add_entry() fe.id('http://lernfunk.de/media/654322/1') fe.title('some title') fe.content('content', type='CDATA') result = fg.atom_str() assert b'' in result