def flattenOutlineToNode(self, event=None):
'''
Append the body text of all descendants of the selected node to the
body text of the selected node.
'''
c, root, u = self, self.p, self.undoer
if not root.hasChildren():
return
language = g.getLanguageAtPosition(c, root)
if language:
single,start,end = g.set_delims_from_language(language)
else:
single,start,end = '#', None, None
bunch = u.beforeChangeNodeContents(root)
aList = []
for p in root.subtree():
if single:
aList.append('\n\n===== %s %s\n\n' % (single, p.h))
else:
aList.append('\n\n===== %s %s %s\n\n' % (start, p.h, end))
if p.b.strip():
lines = g.splitLines(p.b)
aList.extend(lines)
root.b = root.b.rstrip() + '\n' + ''.join(aList).rstrip() + '\n'
u.afterChangeNodeContents(root, 'flatten-outline-to-node', bunch)
def flattenOutlineToNode(self, event=None):
'''
Append the body text of all descendants of the selected node to the
body text of the selected node.
'''
c, root, u = self, self.p, self.undoer
if not root.hasChildren():
return
language = g.getLanguageAtPosition(c, root)
if language:
single,start,end = g.set_delims_from_language(language)
else:
single,start,end = '#', None, None
bunch = u.beforeChangeNodeContents(root)
aList = []
for p in root.subtree():
if single:
aList.append('\n\n===== %s %s\n\n' % (single, p.h))
else:
aList.append('\n\n===== %s %s %s\n\n' % (start, p.h, end))
if p.b.strip():
lines = g.splitLines(p.b)
aList.extend(lines)
root.b = root.b.rstrip() + '\n' + ''.join(aList).rstrip() + '\n'
u.afterChangeNodeContents(root, 'flatten-outline-to-node', bunch)
def findMatchingBracket(self, event=None):
'''Select the text between matching brackets.'''
c, p = self, self.p
if g.app.batchMode:
c.notValidInBatchMode("Match Brackets")
return
language = g.getLanguageAtPosition(c, p)
if language == 'perl':
g.es('match-brackets not supported for', language)
else:
g.MatchBrackets(c, p, language).run()
def findMatchingBracket(self, event=None):
'''Select the text between matching brackets.'''
c, p = self, self.p
if g.app.batchMode:
c.notValidInBatchMode("Match Brackets")
return
language = g.getLanguageAtPosition(c, p)
if language == 'perl':
g.es('match-brackets not supported for', language)
else:
g.MatchBrackets(c, p, language).run()
def get_delims(self, root):
'''Return the deliminters in effect at root.'''
c = self.c
old_target_language = c.target_language
try:
c.target_language = g.getLanguageAtPosition(c, root)
d = c.scanAllDirectives(root)
finally:
c.target_language = old_target_language
delims1, delims2, delims3 = d.get('delims')
if delims1:
return delims1, None
return delims2, delims3
def add_markup(self):
'''Add @language directives, but only if necessary.'''
for p in self.root.subtree():
level = p.level() - self.root.level()
language = g.getLanguageAtPosition(self.c, p)
cell = self.get_ua(p, 'cell')
# # Always put @language directives in top-level imported nodes.
if cell.get('cell_type') == 'markdown':
if level < 2 or language not in ('md', 'markdown'):
p.b = '@language md\n@wrap\n\n%s' % p.b
else:
if level < 2 or language != 'python':
p.b = '@language python\n\n%s' % p.b
def add_markup(self):
'''Add @language directives, but only if necessary.'''
for p in self.root.subtree():
level = p.level() - self.root.level()
language = g.getLanguageAtPosition(self.c, p)
cell = self.get_ua(p, 'cell')
# # Always put @language directives in top-level imported nodes.
if cell.get('cell_type') == 'markdown':
if level < 2 or language not in ('md', 'markdown'):
p.b = '@language md\n@wrap\n\n%s' % p.b
else:
if level < 2 or language != 'python':
p.b = '@language python\n\n%s' % p.b
def get_delims(self, root):
'''Return the deliminters in effect at root.'''
c = self.c
old_target_language = c.target_language
try:
c.target_language = g.getLanguageAtPosition(c, root)
d = c.scanAllDirectives(root)
finally:
c.target_language = old_target_language
delims1, delims2, delims3 = d.get('delims')
if delims1:
return delims1, None
else:
return delims2, delims3
def cell_type(p):
language = g.getLanguageAtPosition(c, p)
return 'markdown' if language in ('jupyter', 'markdown') else 'python'
def cell_type(self, p):
'''Return the Jupyter cell type of p.b, honoring ancestor directives.'''
c = self.c
language = g.getLanguageAtPosition(c, p)
return 'code' if language == 'python' else 'markdown'
def cell_type(p):
language = g.getLanguageAtPosition(c, p)
return 'markdown' if language in ('jupyter', 'markdown') else 'python'
def cell_type(self, p):
'''Return the Jupyter cell type of p.b, honoring ancestor directives.'''
c = self.c
language = g.getLanguageAtPosition(c, p)
return 'code' if language == 'python' else 'markdown'
