def runTest(self):
'''Test Page object'''
TestPath.runTest(self)
tree = ParseTree().fromstring('''\
<zim-tree>
<link href='foo:bar'>foo:bar</link>
<link href='bar'>bar</link>
</zim-tree>
''' )
page = Page(Path('Foo'))
page.readonly = False
page.set_parsetree(tree)
links = list(page.get_links())
self.assertEqual(links, [
('page', 'foo:bar', {}),
('page', 'bar', {}),
] )
self.assertEqual(page.get_parsetree().tostring(), tree.tostring())
# ensure we didn't change the tree
# TODO test get / set parse tree with and without source
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
self.assertFalse(tree.hascontent)
page.set_parsetree(tree)
self.assertFalse(page.hascontent)
def deserialize_parse_tree(register_buf, content_buf, iter, data, length,
create_tags, user_data):
notebook, path = user_data
tree = ParseTree().fromstring(data)
tree.resolve_images(notebook, path)
content_buf.insert_parsetree(iter, tree, interactive=True)
return True
def testMain(self):
'''Test Page object'''
TestPath.runTest(self)
tree = ParseTree().fromstring('''\
<zim-tree>
<link href='foo:bar'>foo:bar</link>
<link href='bar'>bar</link>
<tag name='baz'>@baz</tag>
</zim-tree>
''' )
page = self.generator('Foo')
page.set_parsetree(tree)
links = list(page.get_links())
self.assertEqual(links, [
('page', 'foo:bar', {}),
('page', 'bar', {}),
] )
tags = list(page.get_tags())
self.assertEqual(tags, [
('baz', {'name': 'baz'}),
])
self.assertEqual(page.get_parsetree().tostring(), tree.tostring())
# ensure we didn't change the tree
# TODO test get / set parse tree with and without source
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
self.assertFalse(tree.hascontent)
page.set_parsetree(tree)
self.assertFalse(page.hascontent)
def main(orig_file, notebook_path):
assert(os.path.isdir(notebook_path))
assert(os.path.isfile(orig_file))
dumper = get_format('wiki').Dumper()
parser = get_format('wiki').Parser()
text = open(orig_file).read()
parsetree = parser.parse(text)
newtree = ParseTree().fromstring("<zim-tree></zim-tree>")
for para in parsetree.findall('p'):
p = Element("p")
for node in flatten_list(para, para):
p.append(node)
newtree.getroot().extend(p)
# new todo list
text = ''.join(dumper.dump(newtree)).encode('utf-8')
tomorrow = date.today() + timedelta(1)
directory = os.path.join(notebook_path, "Calendar", str("%04d" % tomorrow.year), str("%02d" % tomorrow.month))
filename = "%02d.txt" % tomorrow.day
if (not os.path.exists(directory)): os.makedirs(directory)
# write tasks to tomorrow page.
with open(os.path.join(directory, filename), 'a+') as the_file:
the_file.write(text)
# update original wiki page.
text = ''.join(dumper.dump(parsetree) ).encode('utf-8')
with open(orig_file, 'w') as the_file:
the_file.write(text)
def testRenamePageDialogWithHeadingChanges(self):
'''Test RenamePageDialog's heading auto-change option depending on
whether we have a changed heading or not.
'''
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
tree.set_heading("bar")
self.ui.page = Page(Path("Test:foo:bar"), parsetree=tree)
self.ui.notebook.get_page = lambda path: self.ui.page
dialog = zim.gui.RenamePageDialog(self.ui, path=Path("Test:foo:bar"))
self.assertTrue(dialog.form['head'])
tree.set_heading("different")
dialog = zim.gui.RenamePageDialog(self.ui, path=Path("Test:foo:bar"))
self.assertFalse(dialog.form['head'])
def testSortListItems(self):
from zim.formats import ParseTree
template = '<?xml version=\'1.0\' encoding=\'utf-8\'?>\n<zim-tree><p><ul>%s</ul></p></zim-tree>'
tree = ParseTree().fromstring(
template %
'<li>B list item</li><li>C list item</li><li>A list item</li>')
self.buffer.set_parsetree(tree)
self.select_range(0, 42)
self.extension.sort_selected_lines()
tree = self.buffer.get_parsetree()
self.assertEqual(
tree.tostring(), template %
'<li bullet="*">A list item</li><li bullet="*">B list item</li><li bullet="*">C list item</li>'
)
def _link_tree(links, notebook, path):
# Convert a list of links (of any type) into a parsetree
#~ print 'LINKS: ', links
#~ print 'NOTEBOOK and PATH:', notebook, path
builder = TreeBuilder()
builder.start('zim-tree')
for i in range(len(links)):
if i > 0:
builder.data(' ')
link = links[i]
type = link_type(link)
isimage = False
if type == 'file':
try:
file = File(link)
isimage = file.isimage()
except:
pass
logger.debug('Pasting link: %s (type: %s, isimage: %s)', link, type, isimage)
if isimage:
src = notebook.relative_filepath(file, path) or file.uri
builder.start('img', {'src': src})
builder.end('img')
elif link.startswith('@'):
# FIXME - is this ever used ??
builder.start('tag', {'name': links[i][1:]})
builder.data(links[i])
builder.end('tag')
else:
if type == 'page':
href = Path(notebook.cleanup_pathname(link)) # Assume links are always absolute
link = notebook.relative_link(path, href) or link
elif type == 'file':
file = File(link) # Assume links are always URIs
link = notebook.relative_filepath(file, path) or file.uri
builder.start('link', {'href': link})
builder.data(link)
builder.end('link')
builder.end('zim-tree')
tree = ParseTree(builder.close())
tree.resolve_images(notebook, path)
tree.decode_urls()
return tree
def new_parsetree_from_xml(xml):
# For some reason this does not work with cElementTree.XMLBuilder ...
from xml.etree.ElementTree import XMLParser
from zim.formats import ParseTree
builder = XMLParser()
builder.feed(xml)
root = builder.close()
return ParseTree(root)
def testPageSource(self):
from zim.newfs.mock import MockFile, MockFolder
file = MockFile('/mock/test/page.txt')
folder = MockFile('/mock/test/page/')
page = Page(Path('Foo'), False, file, folder)
self.assertFalse(page.readonly)
self.assertFalse(page.hascontent)
self.assertIsNone(page.ctime)
self.assertIsNone(page.mtime)
self.assertIsNone(page.get_parsetree())
page1 = Page(Path('Foo'), False, file, folder)
self.assertTrue(page.isequal(page1))
tree = ParseTree().fromstring('''\
<zim-tree>
<link href='foo:bar'>foo:bar</link>
<link href='bar'>bar</link>
<tag name='baz'>@baz</tag>
</zim-tree>
''')
page.set_parsetree(tree)
page._store()
self.assertTrue(file.exists())
self.assertTrue(page.hascontent)
self.assertIsInstance(page.ctime, float)
self.assertIsInstance(page.mtime, float)
lines = file.readlines()
self.assertEqual(lines[0], 'Content-Type: text/x-zim-wiki\n')
self.assertEqual(lines[1][:11], 'Wiki-Format')
self.assertEqual(lines[2][:13], 'Creation-Date')
self.assertEqual(page.get_parsetree(), tree)
self.assertTrue(page.isequal(page1))
self.assertTrue(page1.hascontent)
self.assertIsInstance(page1.ctime, float)
self.assertIsInstance(page1.mtime, float)
self.assertIsNotNone(page1.get_parsetree())
file.write('foo 123')
page.set_parsetree(tree)
self.assertRaises(zim.newfs.FileChangedError, page._store)
### Custom header should be preserved
file.writelines(lines[0:3] + ['X-Custom-Header: MyTest'] + lines[3:])
page = Page(Path('Foo'), False, file, folder)
tree = page.get_parsetree()
page.set_parsetree(tree)
page._store()
lines = file.readlines()
self.assertEqual(lines[0], 'Content-Type: text/x-zim-wiki\n')
self.assertEqual(lines[3], 'X-Custom-Header: MyTest\n')
def testModelFromData(self):
notebook = self.setUpNotebook()
page = notebook.get_page(Path('Test'))
model = self.otype.model_from_data(notebook, page, {}, TABLE_WIKI_TEXT)
builder = OldParseTreeBuilder() # XXX
builder.start('zim-tree')
self.otype.dump(builder, model)
builder.end('zim-tree')
tree = ParseTree(builder.close())
#self.assertEquals(list(tree.iter_tokens()), TABLE_TOKENS) -- XXX should work but doesn;t :(
self.assertEquals(''.join(WikiDumper().dump(tree)), TABLE_WIKI_TEXT[1:-1])
def testDumpHtml(self):
xml = '''\
<?xml version='1.0' encoding='utf-8'?>
<zim-tree><object lang="python" linenumbers="false" type="code">
def foo(a, b):
print "FOO", a >= b
</object></zim-tree>'''
tree = ParseTree().fromstring(xml)
dumper = HtmlDumper(StubLinker())
html = dumper.dump(tree)
#~ print '>>', html
self.assertIn('\tprint "FOO", a >= b\n', html)
def testModelFromElement(self):
tree = WikiParser().parse(TABLE_WIKI_TEXT)
element = tree._etree.getroot().find('table')
self.assertIsNotNone(element)
model = self.otype.model_from_element(element.attrib, element)
builder = OldParseTreeBuilder() # XXX
builder.start('zim-tree')
self.otype.dump(builder, model)
builder.end('zim-tree')
tree = ParseTree(builder.close())
#self.assertEquals(list(tree.iter_tokens()), TABLE_TOKENS) -- XXX should work but doesn;t :(
self.assertEquals(''.join(WikiDumper().dump(tree)), TABLE_WIKI_TEXT[1:-1])
def testShouldAutochangeHeading(self):
page = Page(Path("Foo"))
page.readonly = False
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
tree.set_heading("Foo")
page.set_parsetree(tree)
self.assertTrue(page.heading_matches_pagename())
tree.set_heading("Bar")
page.set_parsetree(tree)
self.assertFalse(page.heading_matches_pagename())
def _clicked(self, tv, event):
pos_path = self.get_path_at_pos(int(event.x), int(event.y))
buffer = self.app_window.pageview.view.get_buffer()
# paste link at current cursor if middle click
if event.button == 2 and pos_path is not None:
path, col, cellx, celly = pos_path
page = Path(self.get_model()[path][0].decode('utf-8'))
# make link
xml = """<?xml version='1.0' encoding='utf-8'?>""" + \
"""<zim-tree partial="True">""" + \
'<link href=":%(path)s">:%(disp)s</link> ' + \
'</zim-tree>'
dispdict = {'path': page, 'disp': page}
link = ParseTree().fromstring(xml % dispdict)
# insert into current page
buffer.insert_parsetree_at_cursor(link)
self.window.get_parent().destroy()
def testShouldAutochangeHeading(self):
from zim.newfs.mock import MockFile, MockFolder
file = MockFile('/mock/test/page.txt')
folder = MockFile('/mock/test/page/')
page = Page(Path('Foo'), False, file, folder)
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
tree.set_heading("Foo")
page.set_parsetree(tree)
self.assertTrue(page.heading_matches_pagename())
tree.set_heading("Bar")
page.set_parsetree(tree)
self.assertFalse(page.heading_matches_pagename())
def testRenamePageDialogWithHeadingChanges(self):
'''Test RenamePageDialog's heading auto-change option depending on
whether we have a changed heading or not.
'''
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
tree.set_heading("bar")
self.ui.page = Page(Path("Test:foo:bar"), parsetree=tree)
self.ui.notebook.get_page = lambda path: self.ui.page
dialog = zim.gui.RenamePageDialog(self.ui, path=Path("Test:foo:bar"))
self.assertTrue(dialog.form['head'])
tree.set_heading("different")
dialog = zim.gui.RenamePageDialog(self.ui, path=Path("Test:foo:bar"))
self.assertFalse(dialog.form['head'])
def testPageSource(self):
from zim.newfs.mock import MockFile, MockFolder
file = MockFile('/mock/test/page.txt')
folder = MockFile('/mock/test/page/')
page = Page(Path('Foo'), False, file, folder)
self.assertFalse(page.readonly)
self.assertFalse(page.hascontent)
self.assertIsNone(page.ctime)
self.assertIsNone(page.mtime)
self.assertIsNone(page.get_parsetree())
page1 = Page(Path('Foo'), False, file, folder)
self.assertTrue(page.isequal(page1))
tree = ParseTree().fromstring('''\
<zim-tree>
<link href='foo:bar'>foo:bar</link>
<link href='bar'>bar</link>
<tag name='baz'>@baz</tag>
</zim-tree>
''')
page.set_parsetree(tree)
page._store()
self.assertTrue(file.exists())
self.assertTrue(page.hascontent)
self.assertIsInstance(page.ctime, float)
self.assertIsInstance(page.mtime, float)
self.assertEqual(page.get_parsetree(), tree)
self.assertTrue(page.isequal(page1))
self.assertTrue(page1.hascontent)
self.assertIsInstance(page1.ctime, float)
self.assertIsInstance(page1.mtime, float)
self.assertIsNotNone(page1.get_parsetree())
file.write('foo 123')
page.set_parsetree(tree)
self.assertRaises(zim.newfs.FileChangedError, page._store)
def testAPI(self):
'''Test various notebook methods'''
self.assertTrue(
isinstance(self.notebook.get_home_page(), Page))
page1 = self.notebook.get_page(Path('Tree:foo'))
page2 = self.notebook.get_page(Path('Tree:foo'))
self.assertTrue(page1.valid)
self.assertTrue(id(page2) == id(page1)) # check usage of weakref
self.notebook.flush_page_cache(Path('Tree:foo'))
page3 = self.notebook.get_page(Path('Tree:foo'))
self.assertTrue(id(page3) != id(page1))
self.assertFalse(page1.valid)
page = self.notebook.get_page(Path('Test:foo'))
text = page.dump('plain')
newtext = ['Some new content\n']
assert newtext != text
self.assertEqual(page.dump('plain'), text)
#~ page.parse('plain', newtext)
#~ self.assertEqual(page.dump('plain'), newtext)
#~ self.assertTrue(page.modified)
#~ re = self.notebook.revert_page(page)
#~ self.assertFalse(re) # no return value
#~ self.assertEqual(page.dump('plain'), text) # object reverted
#~ self.assertFalse(page.modified)
self.notebook.flush_page_cache(page)
page = self.notebook.get_page(page) # new object
self.assertEqual(page.dump('plain'), text)
page.parse('plain', newtext)
self.assertEqual(page.dump('plain'), newtext)
self.notebook.store_page(page)
self.notebook.flush_page_cache(page)
page = self.notebook.get_page(page) # new object
self.assertEqual(page.dump('plain'), newtext)
# ensure storing empty tree works
emptytree = ParseTree()
self.assertFalse(emptytree.hascontent)
page.set_parsetree(emptytree)
self.notebook.store_page(page)
def testRenamePageDialogWithHeadingChanges(self):
'''Test RenamePageDialog's heading auto-change option depending on
whether we have a changed heading or not.
'''
from zim.newfs.mock import MockFile, MockFolder
file = MockFile('/mock/test/page.txt')
folder = MockFile('/mock/test/page/')
page = Page(Path("Test:foo:bar"), False, file, folder)
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
tree.set_heading("bar")
page.set_parsetree(tree)
self.ui.page = page
self.ui.notebook.get_page = lambda path: self.ui.page
dialog = zim.gui.RenamePageDialog(self.ui, path=Path("Test:foo:bar"))
self.assertTrue(dialog.form['head'])
tree.set_heading("different")
dialog = zim.gui.RenamePageDialog(self.ui, path=Path("Test:foo:bar"))
self.assertFalse(dialog.form['head'])
def parsetree_from_selectiondata(selectiondata, notebook=None, path=None):
'''Function to get a parsetree based on the selectiondata contents
if at all possible. Used by both copy-paste and drag-and-drop
methods.
The 'notebook' and optional 'path' arguments are used to format
links relative to the page which is the target for the pasting or
drop operation.
For image data, the parameters notebook and page are used
to save the image to the correct attachment folder and return a
parsetree with the correct image link.
@param selectiondata: a C{gtk.SelectionData} object
@param notebook: a L{Notebook} object
@param path: a L{Path} object
@returns: a L{ParseTree} or C{None}
'''
# TODO: check relative linking for all parsetrees !!!
targetname = str(selectiondata.target)
if targetname == PARSETREE_TARGET_NAME:
return ParseTree().fromstring(selectiondata.data)
elif targetname in (INTERNAL_PAGELIST_TARGET_NAME, PAGELIST_TARGET_NAME) \
or targetname in URI_TARGET_NAMES:
links = unpack_urilist(selectiondata.data)
return _link_tree(links, notebook, path)
elif targetname in TEXT_TARGET_NAMES:
# plain text parser should highlight urls etc.
# FIXME some apps drop text/uri-list as a text/plain mimetype
# try to catch this situation by a check here
text = selectiondata.get_text()
if text:
return get_format('plain').Parser().parse(text.decode('utf-8'), partial=True)
else:
return None
elif targetname in IMAGE_TARGET_NAMES:
# save image
pixbuf = selectiondata.get_pixbuf()
if not pixbuf:
return None
dir = notebook.get_attachments_dir(path)
if not dir.exists():
logger.debug("Creating attachment dir: %s", dir)
dir.touch()
format, extension = _get_image_info(targetname)
if format is None or format == 'bmp':
# default to png format
# special casing bmp since many window apps use it internally
# but is quite large to store, so compress by using png
format, extension = 'png', 'png'
file = dir.new_file('pasted_image.%s' % extension)
logger.debug("Saving image from clipboard to %s", file)
pixbuf.save(file.path, format)
FS.emit('path-created', file) # notify version control
links = [file.uri]
return _link_tree(links, notebook, path)
else:
return None
def runTest(self):
'''Test indexing'''
# This is one big test instead of seperate sub tests because in the
# subclass we generate a file based notebook in setUp, and we do not
# want to do that many times
#~ print self.__class__.__name__
self.index.update()
#~ print '\n==== DB ===='
#~ cursor = self.index.db.cursor()
#~ cursor.execute('select * from pages')
#~ for row in cursor:
#~ print row
#~ cursor.execute('select * from links')
#~ for row in cursor:
#~ print row
# paths / ids
path = self.index.lookup_path(Path('Test:foo:bar'))
self.assertTrue(isinstance(path, IndexPath))
path = self.index.lookup_id(path.id)
self.assertTrue(isinstance(path, IndexPath))
self.assertEqual(path.name, 'Test:foo:bar')
# pages
pagelist = list(self.index.list_pages(None))
self.assertTrue(len(pagelist) > 0)
pagelist = list(self.index.list_pages(Path('Test')))
self.assertTrue(len(pagelist) > 0)
for page in pagelist:
self.assertTrue(page.name.startswith('Test:'))
self.assertTrue(page.name.count(':') == 1)
pagelist = list(self.index.list_pages(Path('Linking')))
self.assertTrue(Path('Linking:Dus') in pagelist)
pagelist = list(self.index.list_pages(Path('Some:Non:Existing:Path')))
self.assertTrue(len(pagelist) == 0)
# links
forwlist = list(self.index.list_links(Path('Test:foo:bar')))
backlist = list(
self.index.list_links(Path('Test:foo:bar'), LINK_DIR_BACKWARD))
bothlist = list(
self.index.list_links(Path('Test:foo:bar'), LINK_DIR_BOTH))
for l in forwlist, backlist, bothlist:
self.assertTrue(len(l) > 0)
for link in l:
self.assertTrue(isinstance(link, Link))
self.assertTrue(isinstance(link.source, IndexPath))
self.assertTrue(isinstance(link.href, IndexPath))
self.assertTrue(len(forwlist) + len(backlist) == len(bothlist))
n = self.index.n_list_links(Path('Test:foo:bar'), LINK_DIR_BACKWARD)
self.assertEqual(n, len(backlist))
# tags
taglist = list(self.index.list_tags(Path('Test:tags')))
self.assertTrue(len(taglist) == 11)
for tag in taglist:
self.assertTrue(isinstance(tag, IndexTag))
tagnames = [t.name for t in taglist]
aretags = [
'tags', 'beginning', 'end', 'tabs', 'verbatim', 'enumerations',
'encoding', 's', 'num6ers', 'wit', 'cr'
]
nottags = ['places', 'links', 'captions', 'Headings', 'word']
for t in aretags:
self.assertTrue(t in tagnames)
for t in nottags:
self.assertTrue(not t in tagnames)
# cursor.row_count is not reliable - see docs
def count_pages(db):
c = db.cursor()
c.execute('select id from pages')
r = c.fetchall()
return len(r)
def dump_db(db):
c = db.cursor()
c.execute('select * from pages')
text = ''
for row in c:
# HACK iterating of sqlite3.Row objects only supported for python 2.6
myrow = []
for i in range(len(row)):
myrow.append(row[i])
text += ', '.join(map(str, myrow)) + '\n'
return text
# repeat update() to check if update is stable
manifest = len(self.notebook.testdata_manifest)
self.assertTrue(count_pages(self.index.db) >= manifest)
origdb = dump_db(self.index.db)
self.index.update()
self.assertEqual(dump_db(self.index.db), origdb)
# indexkey
for path in (Path('Test'), Path('Test:foo')):
indexpath = self.index.lookup_path(path)
self.assertEqual(indexpath.contentkey,
self.notebook.get_page_indexkey(path))
self.assertEqual(indexpath.childrenkey,
self.notebook.get_pagelist_indexkey(path))
# other functions
path = self.index.get_unique_path(Path('non-existing-path'))
self.assertEqual(path, Path('non-existing-path'))
path = self.index.get_unique_path(Path('Test:foo'))
self.assertEqual(path, Path('Test:foo_1'))
# get_previous / get_next
page = list(self.index.list_pages(None))[0]
seen = 0
while page:
seen = max(seen, page.name.count(':'))
page = self.index.get_next(page)
self.assertTrue(seen >= 2)
page = list(self.index.list_pages(None))[-1]
seen = 0
while page:
seen = max(seen, page.name.count(':'))
page = self.index.get_previous(page)
self.assertTrue(seen >= 2)
# now go through the flush loop
self.index.flush()
self.assertEqual(count_pages(self.index.db), 1)
self.index.update()
self.assertEqual(dump_db(self.index.db), origdb)
# now index only part of the tree - and repeat
self.index.flush()
self.assertEqual(count_pages(self.index.db), 1)
self.index.update(Path('Test'))
self.assertTrue(count_pages(self.index.db) > 2)
partdb = dump_db(self.index.db)
self.index.update(Path('Test'))
self.assertEqual(dump_db(self.index.db), partdb)
# Index whole tree again
self.index.update()
# Check cleanup
path = Path('New:Nested:Path')
self.index.touch(path)
parent = self.index.lookup_path(path.parent)
self.assertTrue(parent and parent.haschildren)
self.index.delete(path)
parent = self.index.lookup_path(path.parent)
self.assertTrue(parent is None)
# Check cleanup for links
links = [
link.href for link in self.index.list_links(Path('roundtrip'))
]
for p in ('foo:bar', 'Bar'):
self.assertTrue(Path(p) in links)
path = self.index.lookup_path(Path('foo:bar'))
self.assertTrue(path)
# Check for tag indexing
tags = [tag.name for tag in self.index.list_tags(Path('roundtrip'))]
for t in ('foo', 'bar'):
self.assertTrue(t in tags)
tagged = list(self.index.list_tagged_pages(t))
self.assertTrue(Path('roundtrip') in tagged)
tree = ParseTree().fromstring(
'<zim-tree><link href=":foo:bar">:foo:bar</link></zim-tree>')
page = self.notebook.get_page(Path('roundtrip'))
page.set_parsetree(tree)
self.notebook.store_page(page)
path = self.index.lookup_path(Path('Bar'))
self.assertTrue(path is None)
path = self.index.lookup_path(Path('foo:bar'))
self.assertTrue(path)
self.notebook.delete_page(Path('roundtrip'))
path = self.index.lookup_path(Path('foo:bar'))
self.assertTrue(path is None)
# Check get_page_index() to double check stable sorting
def check_index(path):
for i, child in enumerate(self.index.list_pages(path)):
index = self.index.get_page_index(child)
#~ print 'INDEX', i, child, '-->', index
self.assertTrue(index == i, 'Index mismatch for %s' % child)
if child.haschildren:
check_index(child) # recurs
check_index(Path(':'))
def parsetree_from_selectiondata(selectiondata,
notebook=None,
path=None,
text_format='plain'):
'''Function to get a parsetree based on the selectiondata contents
if at all possible. Used by both copy-paste and drag-and-drop
methods.
The 'notebook' and optional 'path' arguments are used to format
links relative to the page which is the target for the pasting or
drop operation.
For image data, the parameters notebook and page are used
to save the image to the correct attachment folder and return a
parsetree with the correct image link.
@param selectiondata: a C{Gtk.SelectionData} object
@param notebook: a L{Notebook} object
@param path: a L{Path} object
@param text_format: format to parse pasted text, as a special case
- "verbatim" will wrap content in VERBARIM_BLOCK or VERBATIM element based on the content
- "verbatim-pre" will wrap the content in a VERBATIM_BLOCK element and
- "verbatim-code" will wrap the content in a VERBATIM element
@returns: a L{ParseTree} or C{None}
'''
# TODO: check relative linking for all parsetrees !!!
targetname = selectiondata.get_target().name()
if targetname == PARSETREE_TARGET_NAME:
return ParseTree().fromstring(selectiondata.get_data())
elif targetname in (INTERNAL_PAGELIST_TARGET_NAME, PAGELIST_TARGET_NAME) \
or targetname in URI_TARGET_NAMES:
links = selectiondata.get_uris()
return _link_tree(links, notebook, path)
elif targetname in TEXT_TARGET_NAMES:
# plain text parser should highlight urls etc.
# FIXME some apps drop text/uri-list as a text/plain mimetype
# try to catch this situation by a check here
text = selectiondata.get_text()
if text:
if text_format in ('verbatim', 'verbatim-pre', 'verbatim-code'):
if text_format == 'verbatim':
tag_name = 'pre' if '\n' in text else 'code'
else:
tag_name = text_format[9:]
builder = ParseTreeBuilder(partial=True)
builder.start('zim-tree', {})
builder.start(tag_name, {})
builder.text(text)
builder.end(tag_name)
builder.end('zim-tree')
return builder.get_parsetree()
else:
return get_format(text_format).Parser().parse(text,
partial=True)
else:
return None
elif targetname in IMAGE_TARGET_NAMES:
# save image
pixbuf = selectiondata.get_pixbuf()
if not pixbuf:
return None
dir = notebook.get_attachments_dir(path)
assert isinstance(dir, LocalFolder) or hasattr(
dir, '_folder') and isinstance(dir._folder, LocalFolder)
# XXX: assert we have local path - HACK to deal with FilesAttachmentFolder
if not dir.exists():
logger.debug("Creating attachment dir: %s", dir)
dir.touch()
format, extension = _get_image_info(targetname)
if format is None or format == 'bmp':
# default to png format
# special casing bmp since many window apps use it internally
# but is quite large to store, so compress by using png
format, extension = 'png', 'png'
file = dir.new_file('pasted_image.%s' % extension)
logger.debug("Saving image from clipboard to %s", file)
pixbuf.savev(file.path, format, [], [])
FS.emit('path-created', file) # notify version control
links = [file.uri]
return _link_tree(links, notebook, path)
else:
return None
def testManipulate(self):
'''Test moving and deleting pages in the memory store'''
# Check we can get / store a page
page = self.store.get_page(Path('Test:foo'))
self.assertTrue(page.get_parsetree())
self.assertTrue('Foo' in ''.join(page.dump('plain')))
self.assertFalse(page.modified)
wikitext = tests.WikiTestData.get('roundtrip')
page.parse('wiki', wikitext)
self.assertEqual(''.join(page.dump('wiki')), wikitext)
self.assertTrue(page.modified)
self.store.store_page(page)
self.assertFalse(page.modified)
self.assertEqual(''.join(page.dump('wiki')), wikitext)
page = self.store.get_page(Path('Test:foo'))
self.assertEqual(''.join(page.dump('wiki')), wikitext)
page = self.store.get_page(Path('Test:foo'))
text = page.dump('plain')
newtext = ['Some new content\n']
assert newtext != text
self.assertEqual(page.dump('plain'), text)
page.parse('plain', newtext)
self.assertEqual(page.dump('plain'), newtext)
self.assertTrue(page.modified)
re = self.store.revert_page(page)
self.assertFalse(re) # no return value
self.assertEqual(page.dump('plain'), text) # object reverted
self.assertFalse(page.modified) # no longer modified
page = self.store.get_page(page) # new object
self.assertEqual(page.dump('plain'), text)
page.parse('plain', newtext)
self.assertEqual(page.dump('plain'), newtext)
self.store.store_page(page)
page = self.store.get_page(page) # new object
self.assertEqual(page.dump('plain'), newtext)
# check revert page triggers ui object
page._ui_object = tests.MockObject()
self.store.revert_page(page)
self.assertEqual(page._ui_object.mock_calls[-1][0], 'set_parsetree')
if hasattr(page, 'source') and isinstance(page.source, File):
# check revert also works when the actual file changed
# (and not trigger mtime check failure)
from tests.fs import modify_file_mtime, FilterOverWriteWarning
page = self.store.get_page(Path('Test:foo'))
text = page.dump('plain')
newtext = ['Foo bar baz\n']
othertext = ['Dus ja\n']
assert newtext != text
assert othertext != text
page.parse('plain', newtext)
modify_file_mtime(page.source.path,
lambda p: open(p, 'w').writelines(othertext))
with FilterOverWriteWarning():
self.assertRaises(FileWriteError, self.store.store_page, page)
self.store.revert_page(page)
self.assertEqual(page.dump('plain'), othertext)
page.parse('plain', newtext)
self.store.store_page(page)
page = self.store.get_page(page) # new object
self.assertEqual(page.dump('plain'), newtext)
# check test setup OK
for path in (Path('Test:BAR'), Path('NewPage')):
page = self.store.get_page(path)
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
# check errors
self.assertRaises(LookupError, self.store.move_page, Path('NewPage'),
Path('Test:BAR'))
self.assertRaises(PageExistsError, self.store.move_page,
Path('Test:foo'), Path('TaskList'))
for oldpath, newpath in (
(Path('Test:foo'), Path('Test:BAR')),
(Path('TaskList'), Path('NewPage:Foo:Bar:Baz')),
):
page = self.store.get_page(oldpath)
text = page.dump('wiki')
self.assertTrue(page.haschildren)
#~ print ascii_page_tree(self.store)
self.store.move_page(oldpath, newpath)
#~ print ascii_page_tree(self.store)
# newpath should exist and look like the old one
page = self.store.get_page(newpath)
self.assertTrue(page.haschildren)
self.assertEqual(page.dump('wiki'), text)
# oldpath should be deleted
page = self.store.get_page(oldpath)
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
# let's delete the newpath again
page = self.store.get_page(newpath)
self.assertTrue(self.store.delete_page(page))
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
page = self.store.get_page(newpath)
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
# delete again should silently fail
self.assertFalse(self.store.delete_page(newpath))
# check cleaning up works OK
page = self.store.get_page(Path('NewPage'))
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
# check case-sensitive move
self.store.move_page(Path('utf8'), Path('UTF8'))
page = self.store.get_page(Path('utf8'))
# self.assertFalse(page.haschildren) - fails on case-insensitive FS
self.assertFalse(
Path('utf8') in list(self.store.get_pagelist(Path(':'))))
self.assertTrue(
Path('UTF8') in list(self.store.get_pagelist(Path(':'))))
newpage = self.store.get_page(Path('UTF8'))
self.assertTrue(newpage.haschildren)
self.assertFalse(newpage == page)
# TODO here we only move dir case insensitive - also test file
# check hascontents
page = self.store.get_page(Path('NewPage'))
tree = ParseTree().fromstring('<zim-tree></zim-tree>')
self.assertFalse(tree.hascontent)
page.set_parsetree(tree)
self.assertFalse(page.hascontent)
self.store.store_page(page)
page = self.store.get_page(Path('NewPage'))
self.assertFalse(page.hascontent)
# check trashing
trashing = True
try:
page = self.store.get_page(Path('TrashMe'))
self.assertTrue(page.haschildren)
self.assertTrue(page.hascontent)
self.store.trash_page(page)
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
page = self.store.get_page(Path('TrashMe'))
self.assertFalse(page.haschildren)
self.assertFalse(page.hascontent)
except TrashNotSupportedError:
trashing = False
print '(trashing not supported for this store)'
self.assertTrue(page.haschildren)
self.assertTrue(page.hascontent)
page = self.store.get_page(Path('TrashMe'))
self.assertTrue(page.haschildren)
self.assertTrue(page.hascontent)
page = self.store.get_page(Path('NonExistingPage'))
if trashing:
# fail silently for non-existing page
self.assertFalse(self.store.trash_page(page))
else:
# check error consistent
self.assertRaises(TrashNotSupportedError, self.store.trash_page,
page)
