def scanHeadlineForOptions(self, p):
'''Return a dictionary containing the options implied by p's headline.'''
h = p.h.strip()
if p == self.topNode:
return {} # Don't mess with the root node.
if g.match_word(h, 0, self.getOption('@rst-options')):
return self.scanOptions(p, p.b)
else:
# Careful: can't use g.match_word because options may have '-' chars.
i = g.skip_id(h, 0, chars='@-')
word = h[0:i]
for option, ivar, val in (
('@rst-no-head', 'ignore_this_headline', True),
('@rst-head', 'show_this_headline', True),
('@rst-no-headlines', 'show_headlines', False),
('@rst-ignore', 'ignore_this_tree', True),
('@rst-ignore-node', 'ignore_this_node', True),
('@rst-ignore-tree', 'ignore_this_tree', True),
# ('@rst-preformat','preformat_this_node',True),
):
name = self.getOption(option)
if name:
d = {name: val}
return d
return {}
def adjustDefStart(self, s, i):
'''A hook to allow the Python importer to adjust the
start of a class or function to include decorators.
'''
# Invariant: i does not change.
# Invariant: start is the present return value.
try:
assert s[i] != '\n'
start = j = g.find_line_start(s, i) if i > 0 else 0
# g.trace('entry',j,i,repr(s[j:i+10]))
assert j == 0 or s[j - 1] == '\n'
while j > 0:
progress = j
j1 = j = g.find_line_start(s, j - 2)
# g.trace('line',repr(s[j:progress]))
j = g.skip_ws(s, j)
if not g.match(s, j, '@'):
break
k = g.skip_id(s, j + 1)
word = s[j:k]
# Leo directives halt the scan.
if word and word in g.globalDirectiveList:
break
# A decorator.
start = j = j1
assert j < progress
# g.trace('**returns %s, %s' % (repr(s[start:i]),repr(s[i:i+20])))
return start
except AssertionError:
g.es_exception()
return i
def parseHeadline(s):
"""
Parse a headline of the form @kind:name=val
Return (kind,name,val).
Leo 4.11.1: Ignore everything after @data name.
"""
kind = name = val = None
if g.match(s, 0, g.u('@')):
i = g.skip_id(s, 1, chars=g.u('-'))
i = g.skip_ws(s, i)
kind = s[1:i].strip()
if kind:
# name is everything up to '='
if kind == g.u('data'):
# i = g.skip_ws(s,i)
j = s.find(g.u(' '), i)
if j == -1:
name = s[i:].strip()
else:
name = s[i:j].strip()
else:
j = s.find(g.u('='), i)
if j == -1:
name = s[i:].strip()
else:
name = s[i:j].strip()
# val is everything after the '='
val = s[j + 1:].strip()
# g.trace("%50s %10s %s" %(name,kind,val))
return kind, name, val
def scanHeadlineForOptions (self,p):
'''Return a dictionary containing the options implied by p's headline.'''
h = p.h.strip()
if p == self.topNode:
return {} # Don't mess with the root node.
if g.match_word(h,0,self.getOption('@rst-options')):
return self.scanOptions(p,p.b)
else:
# Careful: can't use g.match_word because options may have '-' chars.
i = g.skip_id(h,0,chars='@-')
word = h[0:i]
for option,ivar,val in (
('@rst-no-head','ignore_this_headline',True),
('@rst-head' ,'show_this_headline',True),
('@rst-no-headlines','show_headlines',False),
('@rst-ignore','ignore_this_tree',True),
('@rst-ignore-node','ignore_this_node',True),
('@rst-ignore-tree','ignore_this_tree',True),
# ('@rst-preformat','preformat_this_node',True),
):
name = self.getOption(option)
if name:
d = { name: val }
return d
return {}
def comment_leo_lines(p):
'''Replace lines with Leonine syntax with special comments.'''
# Choose the comment string so it appears nowhere in s.
s0 = p.b
n = 5
while s0.find('#' + ('!' * n)) > -1:
n += 1
comment = '#' + ('!' * n)
# Create a dict of directives.
d = {}
for z in g.globalDirectiveList:
d[z] = True
# Convert all Leonine lines to special comments.
i, lines, result = 0, g.splitLines(s0), []
while i < len(lines):
progress = i
s = lines[i]
# Comment out any containing a section reference.
j = s.find('<<')
k = s.find('>>') if j > -1 else -1
if -1 < j < k:
result.append(comment + s)
# Generate a properly-indented pass line.
j2 = g.skip_ws(s, 0)
result.append('%spass\n' % (' ' * j2))
elif s.lstrip().startswith('@'):
# Comment out all other Leonine constructs.
if starts_doc_part(s):
# Comment the entire doc part, until @c or @code.
result.append(comment + s)
i += 1
while i < len(lines):
s = lines[i]
result.append(comment + s)
i += 1
if ends_doc_part(s):
break
else:
j = g.skip_ws(s, 0)
assert s[j] == '@'
j += 1
k = g.skip_id(s, j, chars='-')
if k > j:
word = s[j: k]
if word == 'others':
# Remember the original @others line.
result.append(comment + s)
# Generate a properly-indented pass line.
result.append('%spass\n' % (' ' * (j - 1)))
else:
# Comment only Leo directives, not decorators.
result.append(comment + s if word in d else s)
else:
result.append(s)
else:
# A plain line.
result.append(s)
if i == progress:
i += 1
return comment, ''.join(result)
def write_slides(self, p):
"""Convert p's children to slides."""
c = self.c
p = p.copy()
h = p.h
i = g.skip_id(h, 1) # Skip the '@'
kind, fn = h[:i].strip(), h[i:].strip()
if not fn:
g.error(f"{kind} requires file name")
return
title = p.firstChild().h if p and p.firstChild() else '<no slide>'
title = title.strip().capitalize()
n_tot = p.numberOfChildren()
n = 1
d = c.scanAllDirectives(p)
self.encoding = d.get('encoding') or 'utf-8'
self.path = d.get('path') or ''
for child in p.children():
# Compute the slide's file name.
fn2, ext = g.os_path_splitext(fn)
fn2 = f"{fn2}-{n:03d}{ext}" # Use leading zeros for :glob:.
n += 1
# Write the rst sources.
self.result_list = []
self.writeSlideTitle(title, n - 1, n_tot)
self.result_list.append(child.b)
source = self.compute_result()
self.write_docutils_files(fn2, p, source)
def parseHeadline(s):
"""
Parse a headline of the form @kind:name=val
Return (kind,name,val).
Leo 4.11.1: Ignore everything after @data name.
"""
kind = name = val = None
if g.match(s, 0, g.u('@')):
i = g.skip_id(s, 1, chars=g.u('-'))
i = g.skip_ws(s, i)
kind = s[1: i].strip()
if kind:
# name is everything up to '='
if kind == g.u('data'):
# i = g.skip_ws(s,i)
j = s.find(g.u(' '), i)
if j == -1:
name = s[i:].strip()
else:
name = s[i: j].strip()
else:
j = s.find(g.u('='), i)
if j == -1:
name = s[i:].strip()
else:
name = s[i: j].strip()
# val is everything after the '='
val = s[j + 1:].strip()
# g.trace("%50s %10s %s" %(name,kind,val))
return kind, name, val
def adjustDefStart(self, s, i):
'''A hook to allow the Python importer to adjust the
start of a class or function to include decorators.
'''
# Invariant: i does not change.
# Invariant: start is the present return value.
try:
assert s[i] != '\n'
start = j = g.find_line_start(s, i) if i > 0 else 0
# g.trace('entry',j,i,repr(s[j:i+10]))
assert j == 0 or s[j - 1] == '\n'
while j > 0:
progress = j
j1 = j = g.find_line_start(s, j - 2)
# g.trace('line',repr(s[j:progress]))
j = g.skip_ws(s, j)
if not g.match(s, j, '@'):
break
k = g.skip_id(s, j + 1)
word = s[j: k]
# Leo directives halt the scan.
if word and word in g.globalDirectiveList:
break
# A decorator.
start = j = j1
assert j < progress
# g.trace('**returns %s, %s' % (repr(s[start:i]),repr(s[i:i+20])))
return start
except AssertionError:
g.es_exception()
return i
def comment_leo_lines(p):
'''Replace lines with Leonine syntax with special comments.'''
# Choose the comment string so it appears nowhere in s.
s0 = p.b
n = 5
while s0.find('#' + ('!' * n)) > -1:
n += 1
comment = '#' + ('!' * n)
# Create a dict of directives.
d = {}
for z in g.globalDirectiveList:
d[z] = True
# Convert all Leonine lines to special comments.
i, lines, result = 0, g.splitLines(s0), []
while i < len(lines):
progress = i
s = lines[i]
# Comment out any containing a section reference.
j = s.find('<<')
k = s.find('>>') if j > -1 else -1
if -1 < j < k:
result.append(comment + s)
# Generate a properly-indented pass line.
j2 = g.skip_ws(s, 0)
result.append('%spass\n' % (' ' * j2))
elif s.lstrip().startswith('@'):
# Comment out all other Leonine constructs.
if starts_doc_part(s):
# Comment the entire doc part, until @c or @code.
result.append(comment + s)
i += 1
while i < len(lines):
s = lines[i]
result.append(comment + s)
i += 1
if ends_doc_part(s):
break
else:
j = g.skip_ws(s, 0)
assert s[j] == '@'
j += 1
k = g.skip_id(s, j, chars='-')
if k > j:
word = s[j:k]
if word == 'others':
# Remember the original @others line.
result.append(comment + s)
# Generate a properly-indented pass line.
result.append('%spass\n' % (' ' * (j - 1)))
else:
# Comment only Leo directives, not decorators.
result.append(comment + s if word in d else s)
else:
result.append(s)
else:
# A plain line.
result.append(s)
if i == progress:
i += 1
return comment, ''.join(result)
def split_arg_line(self,s):
'''
Split line s into a head and tail.
The head is a python id; the tail is everything else.
'''
i = g.skip_id(s,0,chars='_')
head = s[:i]
tail = s[i:].strip()
return head,tail
def refreshFromDisk(self, event=None):
'''Refresh an @<file> node from disk.'''
trace = False and not g.unitTesting
c, p, u = self, self.p, self.undoer
c.nodeConflictList = []
fn = p.anyAtFileNodeName()
shouldDelete = (not g.SQLITE) or (c.sqlite_connection is None)
if fn:
b = u.beforeChangeTree(p)
redraw_flag = True
at = c.atFileCommands
c.recreateGnxDict()
# Fix bug 1090950 refresh from disk: cut node ressurection.
i = g.skip_id(p.h, 0, chars='@')
word = p.h[0:i]
if word == '@auto':
# This includes @auto-*
if shouldDelete: p.deleteAllChildren()
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(fn, p)
elif word in ('@thin', '@file'):
if shouldDelete: p.deleteAllChildren()
at.read(p, force=True)
elif word in ('@clean', ):
# Wishlist 148: use @auto parser if the node is empty.
if p.b.strip() or p.hasChildren():
at.readOneAtCleanNode(p)
else:
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(fn, p)
elif word == '@shadow':
if shouldDelete: p.deleteAllChildren()
at.read(p, force=True, atShadow=True)
elif word == '@edit':
if shouldDelete: p.deleteAllChildren()
at.readOneAtEditNode(fn, p)
else:
g.es_print('can not refresh from disk\n%r' % p.h)
redraw_flag = False
else:
g.warning('not an @<file> node:\n%r' % (p.h))
redraw_flag = False
if redraw_flag:
# Fix #451: refresh-from-disk selects wrong node.
c.selectPosition(p)
u.afterChangeTree(p, command='refresh-from-disk', bunch=b)
# Create the 'Recovered Nodes' tree.
c.fileCommands.handleNodeConflicts()
t1 = time.clock()
c.redraw()
t2 = time.clock()
if trace:
n = sum([1 for z in p.self_and_subtree()])
h = sum([hash(z.h) for z in p.self_and_subtree()])
g.trace('%s nodes, hash: %s in %5.2f sec. %r' % (n, h,
(t2 - t1), p.h))
def refreshFromDisk(self, event=None):
"""Refresh an @<file> node from disk."""
c, p, u = self, self.p, self.undoer
c.nodeConflictList = []
fn = p.anyAtFileNodeName()
shouldDelete = c.sqlite_connection is None
if not fn:
g.warning(f"not an @<file> node: {p.h!r}")
return
# #1603.
if os.path.isdir(fn):
g.warning(f"not a file: {fn!r}")
return
b = u.beforeChangeTree(p)
redraw_flag = True
at = c.atFileCommands
c.recreateGnxDict()
# Fix bug 1090950 refresh from disk: cut node ressurection.
i = g.skip_id(p.h, 0, chars='@')
word = p.h[0:i]
if word == '@auto':
# This includes @auto-*
if shouldDelete: p.v._deleteAllChildren()
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(p)
elif word in ('@thin', '@file'):
if shouldDelete: p.v._deleteAllChildren()
at.read(p)
elif word == '@clean':
# Wishlist 148: use @auto parser if the node is empty.
if p.b.strip() or p.hasChildren():
at.readOneAtCleanNode(p)
else:
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(p)
elif word == '@shadow':
if shouldDelete:
p.v._deleteAllChildren()
at.read(p)
elif word == '@edit':
at.readOneAtEditNode(fn, p)
# Always deletes children.
elif word == '@asis':
# Fix #1067.
at.readOneAtAsisNode(fn, p)
# Always deletes children.
else:
g.es_print(f"can not refresh from disk\n{p.h!r}")
redraw_flag = False
if redraw_flag:
# Fix #451: refresh-from-disk selects wrong node.
c.selectPosition(p)
u.afterChangeTree(p, command='refresh-from-disk', bunch=b)
# Create the 'Recovered Nodes' tree.
c.fileCommands.handleNodeConflicts()
c.redraw()
def get_kind(self, p):
'''Return the proper rendering kind for node p.'''
pc = self; h = p.h
if h.startswith('@'):
i = g.skip_id(h, 1, chars='-')
word = h[1: i].lower().strip()
if word in pc.dispatch_dict:
return word
# To do: look at ancestors, or uA's.
return pc.default_kind # The default.
def get_kind(self, p):
'''Return the proper rendering kind for node p.'''
pc = self; h = p.h
if h.startswith('@'):
i = g.skip_id(h, 1, chars='-')
word = h[1: i].lower().strip()
if word in pc.dispatch_dict:
return word
# To do: look at ancestors, or uA's.
return pc.default_kind # The default.
def refreshFromDisk(self, event=None):
'''Refresh an @<file> node from disk.'''
trace = False and not g.unitTesting
c, p, u = self, self.p, self.undoer
c.nodeConflictList = []
fn = p.anyAtFileNodeName()
shouldDelete = (not g.SQLITE) or (c.sqlite_connection is None)
if fn:
b = u.beforeChangeTree(p)
redraw_flag = True
at = c.atFileCommands
c.recreateGnxDict()
# Fix bug 1090950 refresh from disk: cut node ressurection.
i = g.skip_id(p.h, 0, chars='@')
word = p.h[0: i]
if word == '@auto':
# This includes @auto-*
if shouldDelete: p.deleteAllChildren()
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(fn, p)
elif word in ('@thin', '@file'):
if shouldDelete: p.deleteAllChildren()
at.read(p, force=True)
elif word in ('@clean',):
# Wishlist 148: use @auto parser if the node is empty.
if p.b.strip() or p.hasChildren():
at.readOneAtCleanNode(p)
else:
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(fn, p)
elif word == '@shadow':
if shouldDelete: p.deleteAllChildren()
at.read(p, force=True, atShadow=True)
elif word == '@edit':
if shouldDelete: p.deleteAllChildren()
at.readOneAtEditNode(fn, p)
else:
g.es_print('can not refresh from disk\n%r' % p.h)
redraw_flag = False
else:
g.warning('not an @<file> node:\n%r' % (p.h))
redraw_flag = False
if redraw_flag:
# Fix #451: refresh-from-disk selects wrong node.
c.selectPosition(p)
u.afterChangeTree(p, command='refresh-from-disk', bunch=b)
# Create the 'Recovered Nodes' tree.
c.fileCommands.handleNodeConflicts()
t1 = time.clock()
c.redraw()
t2 = time.clock()
if trace:
n = sum([1 for z in p.self_and_subtree()])
h = sum([hash(z.h) for z in p.self_and_subtree()])
g.trace('%s nodes, hash: %s in %5.2f sec. %r' % (n, h, (t2-t1), p.h))
def remove_directives(self, s):
lines = g.splitLines(s)
result = []
for s in lines:
if s.startswith('@'):
i = g.skip_id(s, 1)
word = s[1: i]
if word in g.globalDirectiveList:
continue
result.append(s)
return ''.join(result)
def remove_directives(self, s):
lines = g.splitLines(s)
result = []
for s in lines:
if s.startswith('@'):
i = g.skip_id(s, 1)
word = s[1: i]
if word in g.globalDirectiveList:
continue
result.append(s)
return ''.join(result)
def refreshFromDisk(self, event=None):
'''Refresh an @<file> node from disk.'''
c, p, u = self, self.p, self.undoer
c.nodeConflictList = []
fn = p.anyAtFileNodeName()
shouldDelete = (not g.SQLITE) or (c.sqlite_connection is None)
if not fn:
g.warning('not an @<file> node:\n%r' % (p.h))
return
b = u.beforeChangeTree(p)
redraw_flag = True
at = c.atFileCommands
c.recreateGnxDict()
# Fix bug 1090950 refresh from disk: cut node ressurection.
i = g.skip_id(p.h, 0, chars='@')
word = p.h[0: i]
if word == '@auto':
# This includes @auto-*
if shouldDelete: p.v._deleteAllChildren()
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(fn, p)
elif word in ('@thin', '@file'):
if shouldDelete: p.v._deleteAllChildren()
at.read(p, force=True)
elif word == '@clean':
# Wishlist 148: use @auto parser if the node is empty.
if p.b.strip() or p.hasChildren():
at.readOneAtCleanNode(p)
else:
# Fix #451: refresh-from-disk selects wrong node.
p = at.readOneAtAutoNode(fn, p)
elif word == '@shadow':
if shouldDelete: p.v._deleteAllChildren()
at.read(p, force=True, atShadow=True)
elif word == '@edit':
at.readOneAtEditNode(fn, p)
# Always deletes children.
elif word == '@asis':
# Fix #1067.
at.readOneAtAsisNode(fn, p)
# Always deletes children.
else:
g.es_print('can not refresh from disk\n%r' % p.h)
redraw_flag = False
if redraw_flag:
# Fix #451: refresh-from-disk selects wrong node.
c.selectPosition(p)
u.afterChangeTree(p, command='refresh-from-disk', bunch=b)
# Create the 'Recovered Nodes' tree.
c.fileCommands.handleNodeConflicts()
c.redraw()
def refresh_rclick_cb():
# Try to fix bug 1090950 refresh from disk: cut node ressurection.
if 0: # This doesn't work--seems safer than previous code.
def delete_children(p):
# c.fileCommands.gnxDict = {}
# Essential to fix the bug, but breaks clone links!
while p.hasChildren():
child = p.firstChild()
child.doDelete()
at = c.atFileCommands
p = c.p
fn = p.anyAtFileNodeName()
if not fn: return
i = g.skip_id(p.h, 0, chars='@')
word = p.h[0:i]
if word == '@auto':
delete_children(p)
at.readOneAtAutoNode(fn, p)
elif word in ('@thin', '@file'):
delete_children(p)
at.read(p, force=True)
elif word == '@shadow ':
delete_children(p)
at.read(p, force=True, atShadow=True)
elif word == '@edit':
delete_children(p)
at.readOneAtEditNode(fn, p)
else:
g.trace('unknown:', word)
c.redraw()
else:
# Old code.
vnodes = [i.v for i in c.getSelectedPositions()]
for v in vnodes:
p = c.vnode2position(v)
assert (c.positionExists(p))
c.selectPosition(p)
if typ.startswith('@auto'):
c.readAtAutoNodes()
elif typ == '@thin' or typ == '@file':
c.readAtFileNodes()
elif typ == '@shadow':
c.readAtShadowNodes()
else:
c.readAtFileNodes()
def refresh_rclick_cb():
# Try to fix bug 1090950 refresh from disk: cut node ressurection.
if 0: # This doesn't work--seems safer than previous code.
def delete_children(p):
# c.fileCommands.gnxDict = {}
# Essential to fix the bug, but breaks clone links!
while p.hasChildren():
child = p.firstChild()
child.doDelete()
at = c.atFileCommands
p = c.p
fn = p.anyAtFileNodeName()
if not fn: return
i = g.skip_id(p.h,0,chars='@')
word=p.h[0:i]
if word == '@auto':
delete_children(p)
at.readOneAtAutoNode(fn,p)
elif word in ('@thin','@file'):
delete_children(p)
at.read(p,force=True)
elif word == '@shadow ':
delete_children(p)
at.read(p,force=True,atShadow=True)
elif word == '@edit':
delete_children(p)
at.readOneAtEditNode(fn,p)
else:
g.trace('unknown:',word)
c.redraw()
else:
# Old code.
vnodes = [i.v for i in c.getSelectedPositions()]
for v in vnodes:
p = c.vnode2position(v)
assert(c.positionExists(p))
c.selectPosition(p)
if typ.startswith('@auto'):
c.readAtAutoNodes()
elif typ =='@thin' or typ == '@file':
c.readAtFileNodes()
elif typ =='@shadow':
c.readAtShadowNodes()
else:
c.readAtFileNodes()
def parseOptionLine(self, s):
'''Parse a line containing name=val and return (name,value) or None.
If no value is found, default to True.'''
s = s.strip()
if s.endswith(','): s = s[:-1]
# Get name. Names may contain '-' and '_'.
i = g.skip_id(s, 0, chars='-_')
name = s[:i]
if not name: return None
j = g.skip_ws(s, i)
if g.match(s, j, '='):
val = s[j + 1:].strip()
# g.trace(val)
return name, val
else:
# g.trace('*True')
return name, 'True'
def parseOptionLine (self,s):
'''Parse a line containing name=val and return (name,value) or None.
If no value is found, default to True.'''
s = s.strip()
if s.endswith(','): s = s[:-1]
# Get name. Names may contain '-' and '_'.
i = g.skip_id(s,0,chars='-_')
name = s [:i]
if not name: return None
j = g.skip_ws(s,i)
if g.match(s,j,'='):
val = s [j+1:].strip()
# g.trace(val)
return name,val
else:
# g.trace('*True')
return name,'True'
def get_kind(self, p):
'''Return the proper rendering kind for node p.'''
c, h, pc = self.c, p.h, self
if h.startswith('@'):
i = g.skip_id(h, 1, chars='-')
word = h[1: i].lower().strip()
if word in pc.dispatch_dict:
return word
# 2016/03/25: Honor @language
colorizer = c.frame.body.colorizer
language = colorizer.scanColorDirectives(p)
if got_markdown and language in ('md', 'markdown'):
return language
elif got_docutils and language in ('rest', 'rst'):
return language
elif language == 'html':
return 'html'
else:
# To do: look at ancestors, or uA's.
return pc.default_kind # The default.
def get_kind(self, p):
'''Return the proper rendering kind for node p.'''
c, h, pc = self.c, p.h, self
if h.startswith('@'):
i = g.skip_id(h, 1, chars='-')
word = h[1:i].lower().strip()
if word in pc.dispatch_dict:
return word
# 2016/03/25: Honor @language
colorizer = c.frame.body.colorizer
language = colorizer.scanLanguageDirectives(p)
if got_markdown and language in ('md', 'markdown'):
return language
elif got_docutils and language in ('rest', 'rst'):
return language
elif language == 'html':
return 'html'
else:
# To do: look at ancestors, or uA's.
return pc.default_kind # The default.
def writeHeadlineHelper(self, p):
h = p.h.strip()
# Remove any headline command before writing the headline.
i = g.skip_ws(h, 0)
i = g.skip_id(h, 0, chars='@-')
word = h[:i].strip()
if word:
# Never generate a section for @rst-option or @rst-options or @rst-no-head.
if word in ('@rst-option', '@rst-options', '@rst-no-head',
'@rst-no-leadlines'):
return
# Remove all other headline commands from the headline.
# self.getOption('ignore_node_prefix'),
# self.getOption('ignore_tree_prefix'),
# self.getOption('show_headline_prefix'),
### for prefix in self.headlineCommands:
for prefix in ('@rst-ignore-node', '@rst-ignore-tree',
'@rst-ignore'):
if word == prefix:
h = h[len(word):].strip()
break
# New in Leo 4.4.4.
# if word.startswith('@'):
# if self.getOption('strip_at_file_prefixes'):
# for s in ('@auto','@file','@nosent','@thin',):
# if g.match_word(word,0,s):
# h = h [len(s):].strip()
if not h.strip(): return
if self.getOption('show_sections'):
self.write(self.underline(h, p))
else:
self.write('\n**%s**\n\n' % h.replace('*', ''))
def get_kind(self, p):
'''Return the proper rendering kind for node p.'''
trace = False and not g.unitTesting
c, h, pc = self.c, p.h, self
if h.startswith('@'):
i = g.skip_id(h, 1, chars='-')
word = h[1:i].lower().strip()
if word in pc.dispatch_dict:
return word
# 2016/03/25: Honor @language
colorizer = c.frame.body.colorizer
language = colorizer.scanLanguageDirectives(p, use_default=False)
# Fix #344: don't use c.target_language as a default.
if trace: g.trace(repr(language))
if got_markdown and language in ('md', 'markdown'):
return language
elif got_docutils and language in ('rest', 'rst'):
return language
elif language and language in pc.dispatch_dict:
return language
else:
# To do: look at ancestors, or uA's.
return pc.default_kind # The default.
def writeHeadlineHelper (self,p):
h = p.h.strip()
# Remove any headline command before writing the headline.
i = g.skip_ws(h,0)
i = g.skip_id(h,0,chars='@-')
word = h [:i].strip()
if word:
# Never generate a section for @rst-option or @rst-options or @rst-no-head.
if word in ('@rst-option','@rst-options','@rst-no-head','@rst-no-leadlines'):
return
# Remove all other headline commands from the headline.
# self.getOption('ignore_node_prefix'),
# self.getOption('ignore_tree_prefix'),
# self.getOption('show_headline_prefix'),
### for prefix in self.headlineCommands:
for prefix in ('@rst-ignore-node','@rst-ignore-tree','@rst-ignore'):
if word == prefix:
h = h [len(word):].strip()
break
# New in Leo 4.4.4.
# if word.startswith('@'):
# if self.getOption('strip_at_file_prefixes'):
# for s in ('@auto','@file','@nosent','@thin',):
# if g.match_word(word,0,s):
# h = h [len(s):].strip()
if not h.strip(): return
if self.getOption('show_sections'):
self.write(self.underline(h,p))
else:
self.write('\n**%s**\n\n' % h.replace('*',''))
