def test_Init(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = BASIC_STRUCTUREDTEXT
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Format(), 'text/plain')
self.assertEqual(d.Title(), 'My Document')
self.assertEqual(d.Description(), 'A document by me')
self.assertEqual(len(d.Contributors()), 3)
self.failUnless(string.find(d.cooked_text, '<p>') >= 0)
d = Document('foo', text='')
REQUEST['BODY'] = BASIC_HTML
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Format(), 'text/html')
self.assertEqual(d.Title(), 'Title in tag')
self.assertEqual(len(d.Contributors()), 3)
d = Document('foo', text_format='structured-text', title='Foodoc')
self.assertEqual(d.text, '')
self.failIf(d.CookedBody())
self.assertEqual(d.title, 'Foodoc')
self.assertEqual(d.Format(), 'text/plain')
# Tracker issue 435: initial text is not cooked.
d = Document('foo', text_format='structured-text', text=STX_NO_HEADERS)
self.assertEqual(d.EditableBody(), STX_NO_HEADERS)
self.failUnless(d.CookedBody())
self.assertEqual(d.Format(), 'text/plain')
def test_Init(self):
REQUEST=fakeRequest()
REQUEST['BODY']=BASIC_STRUCTUREDTEXT
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Format(), 'text/plain' )
self.assertEqual( d.Title(), 'My Document' )
self.assertEqual( d.Description(), 'A document by me' )
self.assertEqual( len(d.Contributors()), 3 )
self.failUnless( string.find(d.cooked_text, '<p>') >= 0 )
d = Document('foo', text='')
REQUEST['BODY']=BASIC_HTML
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Format(), 'text/html' )
self.assertEqual( d.Title(), 'Title in tag' )
self.assertEqual( len(d.Contributors()), 3 )
d = Document('foo', text_format='structured-text', title='Foodoc')
self.assertEqual( d.text, '' )
self.failIf( d.CookedBody() )
self.assertEqual( d.title, 'Foodoc' )
self.assertEqual( d.Format(), 'text/plain' )
# Tracker issue 435: initial text is not cooked.
d = Document('foo', text_format='structured-text', text=STX_NO_HEADERS)
self.assertEqual( d.EditableBody(), STX_NO_HEADERS )
self.failUnless( d.CookedBody() )
self.assertEqual( d.Format(), 'text/plain' )
def test_HtmlWithoutNewlines(self):
REQUEST = fakeRequest()
d = Document('foo')
REQUEST['BODY'] = string.join(string.split(BASIC_HTML, '\n'), '')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Format(), 'text/html')
self.assertEqual(d.Description(), 'Describe me')
def test_BasicHtmlPUT(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = BASIC_HTML
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Format(), 'text/html' )
self.assertEqual( d.title, 'Title in tag' )
self.assertEqual( string.find(d.text, '</body>'), -1 )
self.assertEqual( d.Description(), 'Describe me' )
self.assertEqual( len(d.Contributors()), 3 )
self.assertEqual( d.Contributors()[-1], 'Benotz, Larry J ([email protected])' )
# Since the format is html, the STX level operands should
# have no effect.
ct = d.CookedBody(stx_level=3, setlevel=1)
self.assertEqual( d._stx_level, 1 )
subj = list(d.Subject())
self.assertEqual( len(subj), 4 )
subj.sort()
self.assertEqual( subj, [ 'content management'
, 'framework'
, 'unit tests'
, 'zope'
] )
def testSTX( self ):
REQUEST=fakeRequest()
REQUEST['BODY']=SIMPLE_STRUCTUREDTEXT
d = Document( 'foo' )
d.PUT(REQUEST, RESPONSE=fakeResponse())
rnlinesplit = re.compile( r'\r?\n?' )
get_text = d.manage_FTPget()
simple_lines = rnlinesplit.split( SIMPLE_STRUCTUREDTEXT )
get_lines = rnlinesplit.split( get_text )
# strip off headers
simple_headers = []
while simple_lines and simple_lines[0]:
simple_headers.append( simple_lines[0] )
simple_lines = simple_lines[1:]
get_headers = []
while get_lines and get_lines[0]:
get_headers.append( get_lines[0] )
get_lines = get_lines[1:]
self.assertEqual( get_lines, simple_lines )
for header in simple_headers:
self.failUnless( header in get_headers )
def test_StructuredText(self):
REQUEST=fakeRequest()
REQUEST['BODY'] = BASIC_STRUCTUREDTEXT
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.failUnless( hasattr(d, 'cooked_text') )
self.assertEqual( d.Format(), 'text/plain' )
self.assertEqual( d.Title(), 'My Document' )
self.assertEqual( d.Description(), 'A document by me' )
self.assertEqual( len(d.Contributors()), 3 )
self.failUnless( string.find(d.cooked_text, '<p>') >= 0 )
self.failUnless( string.find(d.CookedBody(), '<h1') >= 0 )
# Make sure extra HTML is NOT found
self.failUnless( string.find(d.cooked_text, '<title>') < 0 )
self.failUnless( string.find(d.cooked_text, '<body>') < 0 )
# test subject/keyword headers
subj = list(d.Subject())
self.assertEqual( len(subj), 4 )
subj.sort()
self.assertEqual( subj, [ 'content management'
, 'framework'
, 'unit tests'
, 'zope'
] )
def test_HtmlWithoutNewlines(self):
REQUEST=fakeRequest()
d = Document('foo')
REQUEST['BODY'] = string.join(string.split(BASIC_HTML, '\n'), '')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Format(), 'text/html' )
self.assertEqual( d.Description(), 'Describe me' )
def testSTX(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = SIMPLE_STRUCTUREDTEXT
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
rnlinesplit = re.compile(r'\r?\n?')
get_text = d.manage_FTPget()
simple_lines = rnlinesplit.split(SIMPLE_STRUCTUREDTEXT)
get_lines = rnlinesplit.split(get_text)
# strip off headers
simple_headers = []
while simple_lines and simple_lines[0]:
simple_headers.append(simple_lines[0])
simple_lines = simple_lines[1:]
get_headers = []
while get_lines and get_lines[0]:
get_headers.append(get_lines[0])
get_lines = get_lines[1:]
self.assertEqual(get_lines, simple_lines)
for header in simple_headers:
self.failUnless(header in get_headers)
def test_UpperedHtml(self):
REQUEST=fakeRequest()
REQUEST['BODY'] = string.upper(BASIC_HTML)
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Format(), 'text/html' )
self.assertEqual( d.title, 'TITLE IN TAG' )
self.assertEqual( string.find(d.text, '</BODY'), -1 )
self.assertEqual( d.Description(), 'DESCRIBE ME' )
self.assertEqual( len(d.Contributors()), 3 )
def test_UpperedHtml(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = string.upper(BASIC_HTML)
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Format(), 'text/html')
self.assertEqual(d.title, 'TITLE IN TAG')
self.assertEqual(string.find(d.text, '</BODY'), -1)
self.assertEqual(d.Description(), 'DESCRIBE ME')
self.assertEqual(len(d.Contributors()), 3)
def test_BigHtml(self):
REQUEST = fakeRequest()
d = Document('foo')
s = []
looper = '<li> number %s</li>'
for i in range(12000): s.append(looper % i)
body = '<ul>\n%s\n</ul>' % string.join(s, '\n')
REQUEST['BODY'] = HTML_TEMPLATE % {'title': 'big document',
'body': body}
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.CookedBody(), body )
def test_BigHtml(self):
REQUEST = fakeRequest()
d = Document('foo')
s = []
looper = '<li> number %s</li>'
for i in range(12000):
s.append(looper % i)
body = '<ul>\n%s\n</ul>' % string.join(s, '\n')
REQUEST['BODY'] = HTML_TEMPLATE % {
'title': 'big document',
'body': body
}
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.CookedBody(), body)
def testHTML( self ):
REQUEST=fakeRequest()
REQUEST['BODY']=SIMPLE_HTML
d = Document( 'foo' )
d.PUT(REQUEST, RESPONSE=fakeResponse())
rnlinesplit = re.compile( r'\r?\n?' )
simple_lines = rnlinesplit.split( SIMPLE_HTML )
get_lines = rnlinesplit.split( d.manage_FTPget() )
# strip off headers
meta_pattern = re.compile( r'meta name="([a-z]*)" '
+ r'content="([a-z]*)"'
)
title_pattern = re.compile( r'<title>(.*)</title>' )
simple_headers = []
while simple_lines and simple_lines[0] != '<BODY>':
header = string.lower( string.strip( simple_lines[0] ) )
match = meta_pattern.search( header )
if match:
simple_headers.append( match.groups() )
else:
match = title_pattern.search( header )
if match:
simple_headers.append( ( 'title', match.group(1) ) )
simple_lines = simple_lines[1:]
get_headers = []
while get_lines and get_lines[0] != '<BODY>':
header = string.lower( string.strip( get_lines[0] ) )
match = meta_pattern.search( header )
if match:
get_headers.append( match.groups() )
else:
match = title_pattern.search( header )
if match:
get_headers.append( ( 'title', match.group(1) ) )
get_lines = get_lines[1:]
self.assertEqual( get_lines, simple_lines )
self.failUnless( get_headers )
self.failUnless( simple_headers )
self.failUnless( len( get_headers ) >= len( simple_headers ) )
for header in simple_headers:
self.failUnless( header in get_headers )
def testHTML(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = SIMPLE_HTML
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
rnlinesplit = re.compile(r'\r?\n?')
simple_lines = rnlinesplit.split(SIMPLE_HTML)
get_lines = rnlinesplit.split(d.manage_FTPget())
# strip off headers
meta_pattern = re.compile(r'meta name="([a-z]*)" ' +
r'content="([a-z]*)"')
title_pattern = re.compile(r'<title>(.*)</title>')
simple_headers = []
while simple_lines and simple_lines[0] != '<BODY>':
header = string.lower(string.strip(simple_lines[0]))
match = meta_pattern.search(header)
if match:
simple_headers.append(match.groups())
else:
match = title_pattern.search(header)
if match:
simple_headers.append(('title', match.group(1)))
simple_lines = simple_lines[1:]
get_headers = []
while get_lines and get_lines[0] != '<BODY>':
header = string.lower(string.strip(get_lines[0]))
match = meta_pattern.search(header)
if match:
get_headers.append(match.groups())
else:
match = title_pattern.search(header)
if match:
get_headers.append(('title', match.group(1)))
get_lines = get_lines[1:]
self.assertEqual(get_lines, simple_lines)
self.failUnless(get_headers)
self.failUnless(simple_headers)
self.failUnless(len(get_headers) >= len(simple_headers))
for header in simple_headers:
self.failUnless(header in get_headers)
def test_STX_NoHeaders(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = STX_NO_HEADERS
d = Document('foo')
d.editMetadata(title="Plain STX",
description="Look, Ma, no headers!",
subject=("plain", "STX"))
self.assertEqual(d.Format(), 'text/html')
self.assertEqual(d.Title(), 'Plain STX')
self.assertEqual(d.Description(), 'Look, Ma, no headers!')
self.assertEqual(len(d.Subject()), 2)
self.failUnless('plain' in d.Subject())
self.failUnless('STX' in d.Subject())
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Format(), 'text/plain')
self.assertEqual(d.Title(), 'Plain STX')
self.assertEqual(d.Description(), 'Look, Ma, no headers!')
self.assertEqual(len(d.Subject()), 2)
self.failUnless('plain' in d.Subject())
self.failUnless('STX' in d.Subject())
def test_StructuredText(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = BASIC_STRUCTUREDTEXT
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.failUnless(hasattr(d, 'cooked_text'))
self.assertEqual(d.Format(), 'text/plain')
self.assertEqual(d.Title(), 'My Document')
self.assertEqual(d.Description(), 'A document by me')
self.assertEqual(len(d.Contributors()), 3)
self.failUnless(string.find(d.cooked_text, '<p>') >= 0)
self.failUnless(string.find(d.CookedBody(), '<h1') >= 0)
# Make sure extra HTML is NOT found
self.failUnless(string.find(d.cooked_text, '<title>') < 0)
self.failUnless(string.find(d.cooked_text, '<body>') < 0)
# test subject/keyword headers
subj = list(d.Subject())
self.assertEqual(len(subj), 4)
subj.sort()
self.assertEqual(
subj, ['content management', 'framework', 'unit tests', 'zope'])
def test_BasicHtmlPUT(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = BASIC_HTML
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Format(), 'text/html')
self.assertEqual(d.title, 'Title in tag')
self.assertEqual(string.find(d.text, '</body>'), -1)
self.assertEqual(d.Description(), 'Describe me')
self.assertEqual(len(d.Contributors()), 3)
self.assertEqual(d.Contributors()[-1],
'Benotz, Larry J ([email protected])')
# Since the format is html, the STX level operands should
# have no effect.
ct = d.CookedBody(stx_level=3, setlevel=1)
self.assertEqual(d._stx_level, 1)
subj = list(d.Subject())
self.assertEqual(len(subj), 4)
subj.sort()
self.assertEqual(
subj, ['content management', 'framework', 'unit tests', 'zope'])
def test_STX_NoHeaders( self ):
REQUEST=fakeRequest()
REQUEST['BODY']=STX_NO_HEADERS
d = Document('foo')
d.editMetadata( title="Plain STX"
, description="Look, Ma, no headers!"
, subject=( "plain", "STX" )
)
self.assertEqual( d.Format(), 'text/html' )
self.assertEqual( d.Title(), 'Plain STX' )
self.assertEqual( d.Description(), 'Look, Ma, no headers!' )
self.assertEqual( len( d.Subject() ), 2 )
self.failUnless( 'plain' in d.Subject() )
self.failUnless( 'STX' in d.Subject() )
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Format(), 'text/plain' )
self.assertEqual( d.Title(), 'Plain STX' )
self.assertEqual( d.Description(), 'Look, Ma, no headers!' )
self.assertEqual( len( d.Subject() ), 2 )
self.failUnless( 'plain' in d.Subject() )
self.failUnless( 'STX' in d.Subject() )
def test_EntityInTitle(self):
REQUEST=fakeRequest()
REQUEST['BODY'] = ENTITY_IN_TITLE
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.title, '&Auuml;rger' )
def test_HtmlWithDoctype(self):
REQUEST = fakeRequest()
d = Document('foo')
REQUEST['BODY'] = '%s\n%s' % (DOCTYPE, BASIC_HTML)
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.Description(), 'Describe me')
def test_EntityInTitle(self):
REQUEST = fakeRequest()
REQUEST['BODY'] = ENTITY_IN_TITLE
d = Document('foo')
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual(d.title, '&Auuml;rger')
def test_HtmlWithDoctype(self):
REQUEST=fakeRequest()
d = Document('foo')
REQUEST['BODY'] = '%s\n%s' % (DOCTYPE, BASIC_HTML)
d.PUT(REQUEST, RESPONSE=fakeResponse())
self.assertEqual( d.Description(), 'Describe me' )