def diff_file(self, fn):
'''Create an outline describing the git diffs for fn.'''
c = self.c
s1 = self.get_file_from_rev(self.rev1, fn)
s2 = self.get_file_from_rev(self.rev2, fn)
lines1 = g.splitLines(s1)
lines2 = g.splitLines(s2)
diff_list = list(difflib.unified_diff(
lines1,
lines2,
self.rev1 or 'uncommitted',
self.rev2 or 'uncommitted',
))
diff_list.insert(0, '@language patch\n')
self.file_node = self.create_file_node(diff_list, fn)
if c.looksLikeDerivedFile(fn):
c1 = self.make_at_file_outline(fn, s1, self.rev1)
c2 = self.make_at_file_outline(fn, s2, self.rev2)
else:
root = self.find_file(fn)
if root:
c1 = self.make_at_clean_outline(fn, root, s1, self.rev1)
c2 = self.make_at_clean_outline(fn, root, s2, self.rev2)
else:
g.es_print('No outline for', fn)
c1 = c2 = None
if c1 and c2:
self.make_diff_outlines(fn, c1, c2)
self.file_node.b = '%s\n@language %s\n' % (
self.file_node.b.rstrip(), c2.target_language)
def compare(self, d1, d2, p1, p2, root):
'''Compare dicts d1 and d2.'''
for h in sorted(d1.keys()):
p1, p2 = d1.get(h), d2.get(h)
if h in d2:
lines1, lines2 = g.splitLines(p1.b), g.splitLines(p2.b)
aList = list(difflib.unified_diff(lines1, lines2, 'vr1', 'vr2'))
if aList:
p = root.insertAsLastChild()
p.h = h
p.b = ''.join(aList)
p1.clone().moveToLastChildOf(p)
p2.clone().moveToLastChildOf(p)
elif p1.b.strip():
# Only in p1 tree, and not an organizer node.
p = root.insertAsLastChild()
p.h = h + '(%s only)' % p1.h
p1.clone().moveToLastChildOf(p)
for h in sorted(d2.keys()):
p2 = d2.get(h)
if h not in d1 and p2.b.strip():
# Only in p2 tree, and not an organizer node.
p = root.insertAsLastChild()
p.h = h + '(%s only)' % p2.h
p2.clone().moveToLastChildOf(p)
return root
def diff_two_branches(self, branch1, branch2, fn, directory=None):
'''Create an outline describing the git diffs for fn.'''
c = self.c
if not self.set_directory(directory):
return
self.root = p = c.lastTopLevel().insertAfter()
p.h = 'git-diff-branches %s %s' % (branch1, branch2)
s1 = self.get_file_from_branch(branch1, fn)
s2 = self.get_file_from_branch(branch2, fn)
lines1 = g.splitLines(s1)
lines2 = g.splitLines(s2)
diff_list = list(difflib.unified_diff(
lines1,
lines2,
branch1 ,
branch2,
))
diff_list.insert(0, '@ignore\n@nosearch\n@language patch\n')
self.file_node = self.create_file_node(diff_list, fn)
if c.looksLikeDerivedFile(fn):
c1 = self.make_at_file_outline(fn, s1, branch1)
c2 = self.make_at_file_outline(fn, s2, branch2)
else:
root = self.find_file(fn)
if root:
c1 = self.make_at_clean_outline(fn, root, s1, branch1)
c2 = self.make_at_clean_outline(fn, root, s2, branch2)
else:
c1 = c2 = None
if c1 and c2:
self.make_diff_outlines(c1, c2, fn)
self.file_node.b = '%s\n@language %s\n' % (
self.file_node.b.rstrip(), c2.target_language)
self.finish()
def undent_coffeescript_body(self, s):
'''Return the undented body of s.'''
trace = False and not g.unitTesting and self.root.h.endswith('1.coffee')
lines = g.splitLines(s)
if trace:
g.trace('='*20)
self.print_lines(lines)
# Undent all leading whitespace or comment lines.
leading_lines = []
for line in lines:
if self.is_ws_line(line):
# Tricky. Stipping a black line deletes it.
leading_lines.append(line if line.isspace() else line.lstrip())
else:
break
i = len(leading_lines)
# Don't unindent the def/class line! It prevents later undents.
tail = self.undent_body_lines(lines[i:], ignoreComments=True)
# Remove all blank lines from leading lines.
if 0:
for i, line in enumerate(leading_lines):
if not line.isspace():
leading_lines = leading_lines[i:]
break
result = ''.join(leading_lines) + tail
if trace:
g.trace('-'*20)
self.print_lines(g.splitLines(result))
return result
def check_the_final_output(self, new_private_lines, new_public_lines, sentinel_lines, marker):
"""
Check that we produced a valid output.
Input:
new_targetlines: the lines with sentinels which produce changed_lines_without_sentinels.
sentinels: new_targetlines should include all the lines from sentinels.
checks:
1. new_targetlines without sentinels must equal changed_lines_without_sentinels.
2. the sentinel lines of new_targetlines must match 'sentinels'
"""
new_public_lines2, new_sentinel_lines2 = self.separate_sentinels(
new_private_lines, marker)
lines1 = new_public_lines
lines2 = new_public_lines2
sents1 = sentinel_lines
sents2 = new_sentinel_lines2
if 1: # Ignore trailing ws:
s1 = ''.join(lines1).rstrip()
s2 = ''.join(lines2).rstrip()
lines1 = g.splitLines(s1)
lines2 = g.splitLines(s2)
if 1: # Ignore trailing ws on every line.
lines1 = [z.rstrip() for z in lines1]
lines2 = [z.rstrip() for z in lines2]
sents1 = [z.rstrip() for z in sents1]
sents2 = [z.rstrip() for z in sents2]
lines_ok = lines1 == lines2
sents_ok = sents1 == sents2
if g.unitTesting:
# The unit test will report the error.
return lines_ok and sents_ok
if not lines_ok:
if 1:
g.trace()
d = difflib.Differ()
# g.trace('Different!!',d)
aList = list(d.compare(new_public_lines2,new_public_lines))
pprint.pprint(aList)
else:
self.show_error(
lines1 = new_public_lines2,
lines2 = new_public_lines,
message = "Error in updating public file!",
lines1_message = "new public lines (derived from new private lines)",
lines2_message = "new public lines")
if not sents_ok:
self.show_error(
lines1 = sentinel_lines,
lines2 = new_sentinel_lines2,
message = "Sentinals not preserved!",
lines1_message = "old sentinels",
lines2_message = "new sentinels")
return lines_ok and sents_ok
def toAtEdit(self, p):
'''Convert p from @auto to @edit.'''
c = self.c
w = c.frame.body.wrapper
p.h = '@edit' + p.h[5:]
# Compute the position of the present line within the *selected* node c.p
ins = w.getInsertPoint()
row, col = g.convertPythonIndexToRowCol(c.p.b, ins)
# Ignore directive lines.
directives = [z for z in g.splitLines(c.p.b)[:row] if g.isDirective(z)]
row -= len(directives)
row = max(0, row)
# Count preceding lines from p to c.p, again ignoring directives.
for p2 in p.self_and_subtree():
if p2 == c.p:
break
lines = [z for z in g.splitLines(p2.b) if not g.isDirective(z)]
row += len(lines)
# Reload the file into a single node.
c.selectPosition(p, enableRedrawFlag=False)
c.refreshFromDisk()
# Restore the line in the proper node.
ins = g.convertRowColToPythonIndex(p.b, row+1, 0)
w.setInsertPoint(ins)
p.setDirty()
c.setChanged()
c.redraw()
c.bodyWantsFocus()
def diff_file(self, fn, directory=None, rev1='HEAD', rev2=''):
'''
Create an outline describing the git diffs for fn.
'''
if not self.set_directory(directory):
return
c = self.c
s1 = self.get_file_from_rev(rev1, fn)
s2 = self.get_file_from_rev(rev2, fn)
lines1 = g.splitLines(s1)
lines2 = g.splitLines(s2)
diff_list = list(difflib.unified_diff(
lines1,
lines2,
rev1 or 'uncommitted',
rev2 or 'uncommitted',
))
diff_list.insert(0, '@ignore\n@nosearch\n@language patch\n')
self.file_node = self.create_file_node(diff_list, fn)
if c.looksLikeDerivedFile(fn):
c1 = self.make_at_file_outline(fn, s1, rev1)
c2 = self.make_at_file_outline(fn, s2, rev2)
else:
root = self.find_file(fn)
if root:
c1 = self.make_at_clean_outline(fn, root, s1, rev1)
c2 = self.make_at_clean_outline(fn, root, s2, rev2)
else:
# This warning is silly.
# g.es_print('No outline for', fn)
c1 = c2 = None
if c1 and c2:
self.make_diff_outlines(c1, c2, fn, rev1, rev2)
self.file_node.b = '%s\n@language %s\n' % (
self.file_node.b.rstrip(), c2.target_language)
def propagate_changes(self, old_public_file, old_private_file):
'''
Propagate the changes from the public file (without_sentinels)
to the private file (with_sentinels)
'''
trace, verbose = False and not g.unitTesting, False
import leo.core.leoAtFile as leoAtFile
x = self ; at = self.c.atFileCommands
at.errors = 0
if trace: g.trace('*** header scanned: encoding:',at.encoding)
self.encoding = at.encoding
s = at.readFileToUnicode(old_private_file)
# Sets at.encoding and inits at.readLines.
old_private_lines = g.splitLines(s)
s = at.readFileToUnicode(old_public_file)
if at.encoding != self.encoding:
g.trace('can not happen: encoding mismatch: %s %s' % (
at.encoding,self.encoding))
at.encoding = self.encoding
old_public_lines = g.splitLines(s)
if 0:
g.trace('\nprivate lines...%s' % old_private_file)
for s in old_private_lines:
g.trace(type(s),g.isUnicode(s),repr(s))
g.trace('\npublic lines...%s' % old_public_file)
for s in old_public_lines:
g.trace(type(s),g.isUnicode(s),repr(s))
marker = x.markerFromFileLines(old_private_lines,old_private_file)
if trace and verbose:
g.trace(
'marker',marker,
'\npublic_file',old_public_file,
'\npublic lines...\n%s' %(
g.listToString(old_public_lines,toRepr=True)),
'\nprivate_file',old_private_file,
'\nprivate lines...\n%s\n' %(
g.listToString(old_private_lines,toRepr=True)))
new_private_lines = x.propagate_changed_lines(
old_public_lines,old_private_lines,marker)
# Important bug fix: Never create the private file here!
fn = old_private_file
exists = g.os_path_exists(fn)
different = new_private_lines != old_private_lines
copy = exists and different
if trace: g.trace('\nexists',exists,fn,'different',different,'errors',x.errors,at.errors)
# 2010/01/07: check at.errors also.
if copy and x.errors == 0 and at.errors == 0:
s = ''.join(new_private_lines)
ok = x.replaceFileWithString(fn,s)
if trace: g.trace('ok',ok,'writing private file',fn,g.callers())
return copy
def check(self, unused_s, parent):
'''True if perfect import checks pass.'''
if g.app.suppressImportChecks:
g.app.suppressImportChecks = False
return True
c = self.c
sfn = g.shortFileName(self.root.h)
s1 = g.toUnicode(self.file_s, self.encoding)
s2 = self.trial_write()
lines1, lines2 = g.splitLines(s1), g.splitLines(s2)
if 0: # An excellent trace for debugging.
g.trace(c.shortFileName())
g.printObj(lines1, tag='lines1')
g.printObj(lines2, tag='lines2')
if self.strict:
# Ignore blank lines only.
# Adding nodes may add blank lines.
lines1 = self.strip_blank_lines(lines1)
lines2 = self.strip_blank_lines(lines2)
else:
# Ignore blank lines and leading whitespace.
# Importing may regularize whitespace, and that's good.
lines1 = self.strip_all(lines1)
lines2 = self.strip_all(lines2)
# Forgive trailing whitespace problems in the last line.
# This is not the same as clean_last_lines.
if lines1 and lines2 and lines1 != lines2:
lines1[-1] = lines1[-1].rstrip()+'\n'
lines2[-1] = lines2[-1].rstrip()+'\n'
# self.trace_lines(lines1, lines2, parent)
ok = lines1 == lines2
if not ok and not self.strict:
# Issue an error only if something *other than* lws is amiss.
lines1, lines2 = self.strip_lws(lines1), self.strip_lws(lines2)
ok = lines1 == lines2
if ok and not g.unitTesting:
print('warning: leading whitespace changed in:', self.root.h)
if not ok:
self.show_failure(lines1, lines2, sfn)
# self.trace_lines(lines1, lines2, parent)
# Ensure that the unit tests fail when they should.
# Unit tests do not generate errors unless the mismatch line does not match.
if g.app.unitTesting:
d = g.app.unitTestDict
d['result'] = ok
if not ok:
d['fail'] = g.callers()
# Used in a unit test.
c.importCommands.errors += 1
return ok
def find_bound_paragraph(c):
'''
Return the lines of a paragraph to be reformatted.
This is a convenience method for the reformat-paragraph command.
'''
head, ins, tail = c.frame.body.getInsertLines()
head_lines = g.splitLines(head)
tail_lines = g.splitLines(tail)
result = []
insert_lines = g.splitLines(ins)
para_lines = insert_lines + tail_lines
# If the present line doesn't start a paragraph,
# scan backward, adding trailing lines of head to ins.
if insert_lines and not startsParagraph(insert_lines[0]):
n = 0 # number of moved lines.
for i, s in enumerate(reversed(head_lines)):
if ends_paragraph(s) or single_line_paragraph(s):
break
elif startsParagraph(s):
n += 1
break
else: n += 1
if n > 0:
para_lines = head_lines[-n:] + para_lines
head_lines = head_lines[: -n]
ended, started = False, False
for i, s in enumerate(para_lines):
if started:
if ends_paragraph(s) or startsParagraph(s):
ended = True
break
else:
result.append(s)
elif s.strip():
result.append(s)
started = True
if ends_paragraph(s) or single_line_paragraph(s):
i += 1
ended = True
break
else:
head_lines.append(s)
if started:
head = g.joinLines(head_lines)
tail_lines = para_lines[i:] if ended else []
tail = g.joinLines(tail_lines)
return head, result, tail # string, list, string
else:
return None, None, None
def should_beautify(p):
'''
Return True if @beautify is in effect for node p.
Ambiguous @beautify
'''
for p2 in p.self_and_parents():
d = g.get_directives_dict(p2)
if 'killbeautify' in d:
return False
elif 'beautify' in d and 'nobeautify' in d:
if p == p2:
# honor whichever comes first.
for line in g.splitLines(p2.b):
if line.startswith('@beautify'):
return True
elif line.startswith('@nobeautify'):
return False
g.trace('can not happen', p2.h)
return False
else:
# The ambiguous node has no effect.
# Look up the tree.
pass
elif 'beautify' in d:
return True
elif 'nobeautify' in d:
# This message would quickly become annoying.
# self.skip_message('@nobeautify',p)
return False
# The default is to beautify.
return True
def readFile(self, fileName, root):
'''
Read the file from the cache if possible.
Return (s,ok,key)
'''
trace = (False or g.app.debug) and not g.unitTesting
showHits, showLines, verbose = False, False, True
sfn = g.shortFileName(fileName)
if not g.enableDB:
if trace and verbose: g.trace('g.enableDB is False', sfn)
return '', False, None
s = g.readFileIntoEncodedString(fileName, silent=True)
if s is None:
if trace: g.trace('empty file contents', sfn)
return s, False, None
assert not g.isUnicode(s)
if trace and showLines:
for i, line in enumerate(g.splitLines(s)):
print('%3d %s' % (i, repr(line)))
# There will be a bug if s is not already an encoded string.
key = self.fileKey(root.h, s, requireEncodedString=True)
ok = self.db and key in self.db
if ok:
if trace and showHits: g.trace('cache hit', key[-6:], sfn)
# Delete the previous tree, regardless of the @<file> type.
while root.hasChildren():
root.firstChild().doDelete()
# Recreate the file from the cache.
aList = self.db.get(key)
self.createOutlineFromCacheList(root.v, aList, fileName=fileName)
elif trace:
g.trace('cache miss', key[-6:], sfn)
return s, ok, key
def parse_script_string(self, script_string, delim):
'''
script_string is single string, representing a list of script strings
separated by lines that start with delim.
Return a list of strings.
'''
aList = []
lines = []
for s in g.splitLines(script_string):
if s.startswith(delim):
if lines:
aList.append(''.join(lines))
lines = []
elif s.isspace() or s.strip().startswith('#'):
# Ignore comment or blank lines.
# This allows the user to comment out entire sections.
pass
else:
lines.append(s)
# lines.append(s.replace('\\', '\\\\'))
# Experimental: allow escapes.
if lines:
aList.append(''.join(lines))
return aList
def scanForOptionDocParts (self,p,s):
'''Return a dictionary containing all options from @rst-options doc parts in p.
Multiple @rst-options doc parts are allowed: this code aggregates all options.
'''
d = {} ; n = 0 ; lines = g.splitLines(s)
while n < len(lines):
line = lines[n] ; n += 1
if line.startswith('@'):
i = g.skip_ws(line,1)
for kind in ('@rst-options','@rst-option'):
if g.match_word(line,i,kind):
# Allow options on the same line.
line = line[i+len(kind):]
d.update(self.scanOption(p,line))
# Add options until the end of the doc part.
while n < len(lines):
line = lines[n] ; n += 1 ; found = False
for stop in ('@c','@code', '@'):
if g.match_word(line,0,stop):
found = True ; break
if found:
break
else:
d.update(self.scanOption(p,line))
break
return d
def find_file_line(self, n, p=None):
"""
Place the cursor on the n'th line (one-based) of an external file.
Return (p, offset, found) for unit testing.
"""
c = self.c
if n < 0:
return None, -1, False
p = p or c.p
root, fileName = self.find_root(p)
if root:
# Step 1: Get the lines of external files *with* sentinels,
# even if the actual external file actually contains no sentinels.
sentinels = root.isAtFileNode()
s = self.get_external_file_with_sentinels(root)
lines = g.splitLines(s)
# Step 2: scan the lines for line n.
if sentinels:
# All sentinels count as real lines.
gnx, h, offset = self.scan_sentinel_lines(lines, n, root)
else:
# Not all sentinels cound as real lines.
gnx, h, offset = self.scan_nonsentinel_lines(lines, n, root)
p, found = self.find_gnx(root, gnx, h)
if gnx and found:
self.success(lines, n, offset, p)
return p, offset, True
self.fail(lines, n, root)
return None, -1, False
return self.find_script_line(n, p)
def gen_lines(self, s, parent):
'''Node generator for otl (vim-outline) mode.'''
self.inject_lines_ivar(parent)
# We may as well do this first. See note below.
self.add_line(parent, '@others\n')
self.parents = [parent]
for line in g.splitLines(s):
m = self.otl_body_pattern.match(line)
if m:
p = self.parents[-1]
self.add_line(p, m.group(1))
else:
m = self.otl_pattern.match(line)
if m:
# Cut back the stack, then allocate a new node.
level = 1 + len(m.group(1))
self.parents = self.parents[:level]
self.find_parent(
level = level,
h = m.group(2).strip())
else:
self.error('Bad otl line: %r' % line)
note = (
'Note: This node\'s body text is ignored when writing this file.\n\n' +
'The @others directive is not required.\n'
)
self.add_line(parent, note)
def gen_lines(self, s, parent):
'''Node generator for reStructuredText importer.'''
if not s or s.isspace():
return
self.inject_lines_ivar(parent)
# We may as well do this first. See note below.
self.stack = [parent]
skip = 0
lines = g.splitLines(s)
for i, line in enumerate(lines):
if skip > 0:
skip -= 1
elif self.is_lookahead_overline(i, lines):
level = self.ch_level(line[0])
self.make_node(level, lines[i + 1])
skip = 2
elif self.is_lookahead_underline(i, lines):
level = self.ch_level(lines[i + 1][0])
self.make_node(level, line)
skip = 1
elif i == 0:
p = self.make_dummy_node('!Dummy chapter')
self.add_line(p, line)
else:
p = self.stack[-1]
self.add_line(p, line)
def gen_lines(self, s, parent):
'''
Non-recursively parse all lines of s into parent, creating descendant
nodes as needed.
'''
tail_p = None
prev_state = self.state_class()
target = Target(parent, prev_state)
stack = [target, target]
self.inject_lines_ivar(parent)
lines = g.splitLines(s)
self.skip = 0
for i, line in enumerate(lines):
new_state = self.scan_line(line, prev_state)
top = stack[-1]
if self.skip > 0:
self.skip -= 1
elif self.is_ws_line(line):
p = tail_p or top.p
self.add_line(p, line)
elif self.starts_block(i, lines, new_state, prev_state):
tail_p = None
self.start_new_block(i, lines, new_state, prev_state, stack)
elif self.ends_block(line, new_state, prev_state, stack):
tail_p = self.end_block(line, new_state, stack)
else:
p = tail_p or top.p
self.add_line(p, line)
prev_state = new_state
def parse_script_string (self, script_string, delim):
'''
script_string is single string, representing a list of script strings
separated by lines that start with delim.
Return a list of strings.
'''
aList = []
lines = []
for s in g.splitLines(script_string):
if s.startswith(delim):
if lines:
aList.append(''.join(lines))
lines = []
elif s.isspace() or s.strip().startswith('#'):
# Ignore comment or blank lines.
# This allows the user to comment out entire sections.
pass
else:
lines.append(s)
# lines.append(s.replace('\\', '\\\\'))
# Experimental: allow escapes.
if lines:
aList.append(''.join(lines))
# g.trace('===== delim', delim) ; g.printList(aList)
return aList
def update_image(self, s, keywords):
'''Update an image in the vr pane.'''
pc = self
if not s.strip():
return
lines = g.splitLines(s) or []
fn = lines and lines[0].strip()
if not fn:
return
w = pc.ensure_text_widget()
ok, path = pc.get_fn(fn, '@image')
if not ok:
w.setPlainText('@image: file not found: %s' % (path))
return
path = path.replace('\\', '/')
template = '''\
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en" lang="en">
<head></head>
<body bgcolor="#fffbdc">
<img src="%s">
</body>
</html>
''' % (path)
# Only works in Python 3.x.
template = g.adjustTripleString(template, pc.c.tab_width).strip() # Sensitive to leading blank lines.
# template = g.toUnicode(template)
pc.show()
w.setReadOnly(False)
w.setHtml(template)
w.setReadOnly(True)
def check_all(self, log_flag, pyflakes_errors_only, roots):
"""Run pyflakes on all files in paths."""
try:
from pyflakes import api, reporter
except Exception: # ModuleNotFoundError
return True # Pretend all is fine.
total_errors = 0
for i, root in enumerate(roots):
fn = self.finalize(root)
sfn = g.shortFileName(fn)
# #1306: nopyflakes
if any([
z.strip().startswith('@nopyflakes')
for z in g.splitLines(root.b)
]):
continue
# Report the file name.
s = g.readFileIntoEncodedString(fn)
if s and s.strip():
if not pyflakes_errors_only:
g.es(f"Pyflakes: {sfn}")
# Send all output to the log pane.
r = reporter.Reporter(
errorStream=self.LogStream(i, roots),
warningStream=self.LogStream(i, roots),
)
errors = api.check(s, sfn, r)
total_errors += errors
return total_errors
def run(self, s, parent, parse_body=False):
"""The common top-level code for all scanners."""
c = self.c
# Fix #449: Cloned @auto nodes duplicates section references.
if parent.isCloned() and parent.hasChildren():
return None
self.root = root = parent.copy()
self.file_s = s
# Init the error/status info.
self.errors = 0
self.parse_body = parse_body
# Check for intermixed blanks and tabs.
self.tab_width = c.getTabWidth(p=root)
lines = g.splitLines(s)
ws_ok = self.check_blanks_and_tabs(lines) # Only issues warnings.
# Regularize leading whitespace
if not ws_ok:
lines = self.regularize_whitespace(lines)
# Generate the nodes, including directives and section references.
# Completely generate all nodes.
self.generate_nodes(lines, parent)
# Check the generated nodes.
# Return True if the result is equivalent to the original file.
if parse_body:
ok = self.errors == 0 # Work around problems with directives.
else:
ok = self.errors == 0 and self.check(s, parent)
# Insert an @ignore directive if there were any serious problems.
if not ok:
self.insert_ignore_directive(parent)
# Importers should never dirty the outline.
for p in root.self_and_subtree():
p.clearDirty()
# #1451: Do not change the outline's change status.
return ok # For unit tests.
def reformatSelection(self, event=None, undoType='Reformat Paragraph'):
"""
Reformat the selected text, as in reformat-paragraph, but without
expanding the selection past the selected lines.
"""
c, undoType = self, 'reformat-selection'
p, u, w = c.p, c.undoer, c.frame.body.wrapper
if g.app.batchMode:
c.notValidInBatchMode(undoType)
return
bunch = u.beforeChangeBody(p)
oldSel, oldYview, original, pageWidth, tabWidth = rp_get_args(c)
head, middle, tail = c.frame.body.getSelectionLines()
lines = g.splitLines(middle)
if not lines:
return
indents, leading_ws = rp_get_leading_ws(c, lines, tabWidth)
result = rp_wrap_all_lines(c, indents, leading_ws, lines, pageWidth)
s = head + result + tail
if s == original:
return
#
# Update the text and the selection.
w.setAllText(s) # Destroys coloring.
i = len(head)
j = max(i, len(head) + len(result) - 1)
j = min(j, len(s))
w.setSelectionRange(i, j, insert=j)
#
# Finish.
p.v.b = s # p.b would cause a redraw.
u.afterChangeBody(p, undoType, bunch)
w.setXScrollPosition(0) # Never scroll horizontally.
def readFile(self, fileName, root):
'''
Read the file from the cache if possible.
Return (s,ok,key)
'''
trace = (False or g.app.debug) and not g.unitTesting
showHits, showLines, verbose = False, False, True
sfn = g.shortFileName(fileName)
if not g.enableDB:
if trace and verbose: g.trace('g.enableDB is False', sfn)
return '', False, None
s = g.readFileIntoEncodedString(fileName, silent=True)
if s is None:
if trace: g.trace('empty file contents', sfn)
return s, False, None
assert not g.isUnicode(s)
if trace and showLines:
for i, line in enumerate(g.splitLines(s)):
print('%3d %s' % (i, repr(line)))
# There will be a bug if s is not already an encoded string.
key = self.fileKey(root.h, s, requireEncodedString=True)
ok = self.db and key in self.db
if ok:
if trace and showHits: g.trace('cache hit', key[-6:], sfn)
# Delete the previous tree, regardless of the @<file> type.
while root.hasChildren():
root.firstChild().doDelete()
# Recreate the file from the cache.
aList = self.db.get(key)
self.createOutlineFromCacheList(root.v, aList, fileName=fileName)
elif trace:
g.trace('cache miss', key[-6:], sfn)
return s, ok, key
def setUp(self):
super().setUp()
c = self.c
self.x = c.convertCommands.PythonToTypescript(c)
self.assertTrue(hasattr(self.x, 'convert'))
root = self.root_p
# Delete all children
root.deleteAllChildren()
# Read leo.core.leoNodes into contents.
unittest_dir = os.path.dirname(__file__)
core_dir = os.path.abspath(
os.path.join(unittest_dir, '..', '..', 'core'))
path = os.path.join(core_dir, 'leoNodes.py')
with open(path) as f:
contents = f.read()
# Set the gnx of the @file nodes in the contents to root.gnx.
# This is necessary because of a check in fast_at.scan_lines.
pat = re.compile(r'^\s*#@\+node:([^:]+): \* @file leoNodes\.py$')
line3 = g.splitLines(contents)[2]
m = pat.match(line3)
assert m, "Can not replace gnx"
contents = contents.replace(m.group(1), root.gnx)
# Replace c's outline with leoNodes.py.
gnx2vnode = {}
ok = c.atFileCommands.fast_read_into_root(c, contents, gnx2vnode, path,
root)
self.assertTrue(ok)
root.h = 'leoNodes.py'
self.p = root
c.selectPosition(self.p)
def check_blanks_and_tabs(self, lines):
'''Check for intermixed blank & tabs.'''
# Do a quick check for mixed leading tabs/blanks.
fn = g.shortFileName(self.root.h)
w = self.tab_width
blanks = tabs = 0
for s in g.splitLines(lines):
lws = self.get_str_lws(s)
blanks += lws.count(' ')
tabs += lws.count('\t')
# Make sure whitespace matches @tabwidth directive.
if w < 0:
ok = tabs == 0
message = 'tabs found with @tabwidth %s in %s' % (w, fn)
elif w > 0:
ok = blanks == 0
message = 'blanks found with @tabwidth %s in %s' % (w, fn)
if ok:
ok = blanks == 0 or tabs == 0
message = 'intermixed blanks and tabs in: %s' % (fn)
if not ok:
if g.unitTesting:
self.report(message)
else:
g.es(message)
return ok
def scan(self, fn, s):
lines = g.splitLines(s)
self.tot_lines += len(lines)
for i, s in enumerate(lines):
m = re.search(self.r_all, s)
if m and not s.startswith('@'):
self.match(fn, i, m, s)
def regularizeWhitespace(self, s):
'''Regularize leading whitespace in s:
Convert tabs to blanks or vice versa depending on the @tabwidth in effect.
This is only called for strict languages.'''
changed = False
lines = g.splitLines(s)
result = []
tab_width = self.tab_width
if tab_width < 0: # Convert tabs to blanks.
for line in lines:
i, w = g.skip_leading_ws_with_indent(line, 0, tab_width)
s = g.computeLeadingWhitespace(
w, -abs(tab_width)) + line[i:] # Use negative width.
if s != line: changed = True
result.append(s)
elif tab_width > 0: # Convert blanks to tabs.
for line in lines:
s = g.optimizeLeadingWhitespace(
line, abs(tab_width)) # Use positive width.
if s != line: changed = True
result.append(s)
if changed:
action = 'tabs converted to blanks' if self.tab_width < 0 else 'blanks converted to tabs'
message = 'inconsistent leading whitespace. %s' % action
self.report(message)
return ''.join(result)
def init_tree_abbrev_helper(self, d, tree_s):
trace = False and not g.unitTesting
c = self.c
old_p = c.p.copy()
p = c.pasteOutline(s=tree_s,
redrawFlag=False,
undoFlag=False,
tempOutline=True)
if not p: return g.trace('no pasted node')
for s in g.splitLines(p.b):
if s.strip() and not s.startswith('#'):
abbrev_name = s.strip()
for child in p.children():
if child.h.strip() == abbrev_name:
# g.trace('calling c.selectPosition', child.h)
c.selectPosition(child)
abbrev_s = c.fileCommands.putLeoOutline()
if trace: g.trace('define', abbrev_name, len(abbrev_s))
d[abbrev_name] = abbrev_s
break
else:
g.trace('no definition for %s' % abbrev_name)
p.doDelete(newNode=old_p)
c.selectPosition(old_p)
def v2_gen_lines(self, s, parent):
'''Node generator for otl (vim-outline) mode.'''
self.inject_lines_ivar(parent)
# We may as well do this first. See warning below.
self.add_line(parent, '@others\n')
self.parents = [parent]
for line in g.splitLines(s):
m = self.otl_body_pattern.match(line)
if m:
p = self.parents[-1]
self.add_line(p, m.group(1))
else:
m = self.otl_pattern.match(line)
if m:
# Cut back the stack, then allocate a new node.
level = 1 + len(m.group(1))
self.parents = self.parents[:level]
self.find_parent(
level = level,
h = m.group(2).strip())
else:
self.error('Bad otl line: %r' % line)
# This warning *is* correct.
warning = '\nWarning: this node is ignored when writing this file.\n\n'
self.add_line(self.root, warning)
def showFonts(self, event=None):
'''Open a tab in the log pane showing a font picker.'''
c = self.c; p = c.p
picker = QtWidgets.QFontDialog()
if p.h.startswith('@font'):
(name, family, weight, slant, size) = leoConfig.parseFont(p.b)
else:
name, family, weight, slant, size = None, None, False, False, 12
try:
font = QtGui.QFont()
if family: font.setFamily(family)
font.setBold(weight)
font.setItalic(slant)
font.setPointSize(size)
picker.setCurrentFont(font)
except ValueError:
pass
if not picker.exec_():
g.es("No font selected")
else:
font = picker.selectedFont()
udata = c.undoer.beforeChangeNodeContents(p)
comments = [x for x in g.splitLines(p.b) if x.strip().startswith('#')]
defs = [
'\n' if comments else '',
'%s_family = %s\n'%(name, font.family()),
'%s_weight = %s\n'%(name, 'bold' if font.bold() else 'normal'),
'%s_slant = %s\n'%(name, 'italic' if font.italic() else 'roman'),
'%s_size = %s\n'%(name, font.pointSizeF())
]
p.b = g.u('').join(comments + defs)
c.undoer.afterChangeNodeContents(p, 'change-font', udata)
def writeBody(self, p):
trace = False
self.p = p.copy() # for traces.
if not p.b.strip():
return # No need to write any more newlines.
showDocsAsParagraphs = self.getOption('show_doc_parts_as_paragraphs')
lines = g.splitLines(p.b)
parts = self.split_parts(lines, showDocsAsParagraphs)
result = []
for kind, lines in parts:
if trace: g.trace(kind, len(lines), p.h)
if kind == '@rst-option': # Also handles '@rst-options'
pass # The prepass has already handled the options.
elif kind == '@rst-markup':
lines.extend('\n')
result.extend(lines)
elif kind == '@doc':
if showDocsAsParagraphs:
result.extend(lines)
result.append('\n')
else:
result.extend(self.write_code_block(lines))
elif kind == 'code':
result.extend(self.write_code_block(lines))
else:
g.trace('Can not happen', kind)
# Write the lines with exactly two trailing newlines.
s = ''.join(result).rstrip() + '\n\n'
self.write(s)
def gen_lines(self, s, parent):
'''Node generator for markdown importer.'''
trace = False and g.unitTesting
if not s or s.isspace():
return
self.inject_lines_ivar(parent)
# We may as well do this first. See warning below.
self.add_line(parent, '@others\n')
self.stack = [parent]
skip = 0
lines = g.splitLines(s)
for i, line in enumerate(lines):
if trace: g.trace('%2s %r' % (i + 1, line))
if skip > 0:
skip -= 1
elif self.is_lookahead_overline(i, lines):
level = self.ch_level(line[0])
self.make_node(level, lines[i + 1])
skip = 2
elif self.is_lookahead_underline(i, lines):
level = self.ch_level(lines[i + 1][0])
self.make_node(level, line)
skip = 1
elif i == 0:
p = self.make_dummy_node('!Dummy chapter')
self.add_line(p, line)
else:
p = self.stack[-1]
self.add_line(p, line)
warning = '\nWarning: this node is ignored when writing this file.\n\n'
self.add_line(parent, warning)
def put_source(self, p, type_):
'''Put the 'source' key for p.'''
lines = [z for z in g.splitLines(p.b) if not g.isDirective(z)]
# skip blank lines.
i = 0
while i < len(lines) and not lines[i].strip():
i += 1
lines = lines[i:]
# skip trailing lines:
i = len(lines)-1
while i > 0 and not lines[i].strip():
i -= 1
lines = lines[:i+1]
has_header = any([self.header_re.search(z) for z in lines])
if lines and lines[-1].endswith('\n'):
s_last = lines.pop()
lines.append(s_last.rstrip())
s = ''.join(lines)
# Auto add headlines.
if type_ == 'markdown' and not has_header:
if 1: # Just put the headline.
heading = p.h.strip()+'\n'
else:
# Not needed now that the import code sets headlines.
n = min(6, self.level(p))
heading = '<h%(level)s>%(headline)s</h%(level)s>\n' % {
'level': n,
'headline': p.h,
}
s = heading + s
# Not completely accurate, but good for now.
self.put_list('source', s or '# no code!')
def run(self, files):
"""Process all files"""
self.files = files
t1 = time.clock()
for fn in files:
s, e = g.readFileIntoString(fn)
if s:
self.tot_s += len(s)
g.trace("%8s %s" % ("{:,}".format(len(s)), g.shortFileName(fn)))
# Print len(s), with commas.
# Fast, accurate:
# 1.9 sec for parsing.
# 2.5 sec for Null AstFullTraverer traversal.
# 2.7 sec to generate all strings.
# 3.8 sec to generate all reports.
s1 = g.toEncodedString(s)
self.tot_lines += len(g.splitLines(s))
# Adds less than 0.1 sec.
node = ast.parse(s1, filename="before", mode="exec")
ShowDataTraverser(self, fn).visit(node)
# elif 0: # Too slow, too clumsy: 3.3 sec for tokenizing
# readlines = g.ReadLinesClass(s).next
# for token5tuple in tokenize.generate_tokens(readlines):
# pass
# else: # Inaccurate. 2.2 sec to generate all reports.
# self.scan(fn, s)
else:
g.trace("skipped", g.shortFileName(fn))
t2 = time.clock()
# Get the time exlusive of print time.
self.show_results()
g.trace("done: %4.1f sec." % (t2 - t1))
def writeBody (self,p):
trace = False
self.p = p.copy() # for traces.
if not p.b.strip():
return # No need to write any more newlines.
showDocsAsParagraphs = self.getOption('show_doc_parts_as_paragraphs')
lines = g.splitLines(p.b)
parts = self.split_parts(lines,showDocsAsParagraphs)
result = []
for kind,lines in parts:
if trace: g.trace(kind,len(lines),p.h)
if kind == '@rst-option': # Also handles '@rst-options'
pass # The prepass has already handled the options.
elif kind == '@rst-markup':
lines.extend('\n')
result.extend(lines)
elif kind == '@doc':
if showDocsAsParagraphs:
result.extend(lines)
result.append('\n')
else:
result.extend(self.write_code_block(lines))
elif kind == 'code':
result.extend(self.write_code_block(lines))
else:
g.trace('Can not happen',kind)
# Write the lines with exactly two trailing newlines.
s = ''.join(result).rstrip() + '\n\n'
self.write(s)
def find_file_line(self, n, p=None):
'''
Place the cursor on the n'th line (one-based) of an external file.
Return (p, offset, found) for unit testing.
'''
c = self.c
if n < 0:
return
p = p or c.p
root, fileName = self.find_root(p)
if root:
# Step 1: Get the lines of external files *with* sentinels,
# even if the actual external file actually contains no sentinels.
sentinels = root.isAtFileNode()
s = self.get_external_file_with_sentinels(root)
lines = g.splitLines(s)
# Step 2: scan the lines for line n.
if sentinels:
# All sentinels count as real lines.
gnx, h, offset = self.scan_sentinel_lines(lines, n, root)
else:
# Not all sentinels cound as real lines.
gnx, h, offset = self.scan_nonsentinel_lines(lines, n, root)
p, found = self.find_gnx(root, gnx, h)
if gnx and found:
self.success(lines, n, offset, p)
return p, offset, True
else:
self.fail(lines, n, root)
return None, -1, False
else:
return self.find_script_line(n, p)
def create_uas(self, at_uas, root):
'''Recreate uA's from the @ua nodes in the @uas tree.'''
trace = False and not g.unitTesting
# Create an *inner* gnx dict.
# Keys are gnx's, values are positions *within* root's tree.
d = {}
for p in root.self_and_subtree():
d[p.v.gnx] = p.copy()
# Recreate the uA's for the gnx's given by each @ua node.
for at_ua in at_uas.children():
h, b = at_ua.h, at_ua.b
gnx = h[4:].strip()
if b and gnx and g.match_word(h, 0, '@ua'):
p = d.get(gnx)
if p:
# Handle all recent variants of the node.
lines = g.splitLines(b)
if b.startswith('unl:') and len(lines) == 2:
# pylint: disable=unbalanced-tuple-unpacking
unl, ua = lines
else:
unl, ua = None, b
if ua.startswith('ua:'):
ua = ua[3:]
if ua:
ua = self.unpickle(ua)
if trace: g.trace('set', p.h, ua)
p.v.u = ua
else:
g.trace('Can not unpickle uA in', p.h, repr(unl),
type(ua), ua[:40])
elif trace:
g.trace('no match for gnx:', repr(gnx))
elif trace:
g.trace('unexpected child of @uas node', at_ua)
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 showFonts(self, event=None):
"""Open a tab in the log pane showing a font picker."""
c = self.c
p = c.p
picker = QtWidgets.QFontDialog()
if p.h.startswith('@font'):
(name, family, weight, slant, size) = leoConfig.parseFont(p.b)
else:
name, family, weight, slant, size = None, None, False, False, 12
try:
font = QtGui.QFont()
if family: font.setFamily(family)
font.setBold(weight)
font.setItalic(slant)
font.setPointSize(size)
picker.setCurrentFont(font)
except ValueError:
pass
if not picker.exec_():
g.es("No font selected")
else:
font = picker.selectedFont()
udata = c.undoer.beforeChangeNodeContents(p)
comments = [x for x in g.splitLines(p.b) if x.strip().startswith('#')]
defs = [
'\n' if comments else '',
'%s_family = %s\n' % (name, font.family()),
'%s_weight = %s\n' % (name, 'bold' if font.bold() else 'normal'),
'%s_slant = %s\n' % (name, 'italic' if font.italic() else 'roman'),
'%s_size = %s\n' % (name, font.pointSizeF())
]
p.b = ''.join(comments + defs)
c.undoer.afterChangeNodeContents(p, 'change-font', udata)
def should_beautify(p):
'''
Return True if @beautify is in effect for node p.
Ambiguous @beautify
'''
for p2 in p.self_and_parents(copy=False):
d = g.get_directives_dict(p2)
if 'killbeautify' in d:
return False
elif 'beautify' in d and 'nobeautify' in d:
if p == p2:
# honor whichever comes first.
for line in g.splitLines(p2.b):
if line.startswith('@beautify'):
return True
elif line.startswith('@nobeautify'):
return False
g.trace('can not happen', p2.h)
return False
else:
# The ambiguous node has no effect.
# Look up the tree.
pass
elif 'beautify' in d:
return True
elif 'nobeautify' in d:
# This message would quickly become annoying.
# self.skip_message('@nobeautify',p)
return False
# The default is to beautify.
return True
def gen_lines(self, s, parent):
'''
Non-recursively parse all lines of s into parent, creating descendant
nodes as needed.
'''
tail_p = None
prev_state = self.state_class()
target = Target(parent, prev_state)
stack = [target, target]
self.inject_lines_ivar(parent)
lines = g.splitLines(s)
self.skip = 0
for i, line in enumerate(lines):
new_state = self.scan_line(line, prev_state)
top = stack[-1]
if self.skip > 0:
self.skip -= 1
elif self.is_ws_line(line):
p = tail_p or top.p
self.add_line(p, line)
elif self.starts_block(i, lines, new_state, prev_state):
tail_p = None
self.start_new_block(i, lines, new_state, prev_state, stack)
elif self.ends_block(line, new_state, prev_state, stack):
tail_p = self.end_block(line, new_state, stack)
else:
p = tail_p or top.p
self.add_line(p, line)
prev_state = new_state
def readBibTexFileIntoTree(c, fn, p):
'''Import a BibTeX file into a @bibtex tree.'''
root = p.copy()
g.es('reading:', fn)
s = g.readFileIntoEncodedString(fn)
# Read the encoded bytes for g.getEncodingAt()
if not s or not s.strip():
return
encoding = g.getEncodingAt(p, s)
s = g.toUnicode(s, encoding=encoding)
aList, entries, strings = [], [], []
# aList is a list of tuples (h,b).
s = '\n' + ''.join([z.lstrip() for z in g.splitLines(s)])
for line in s.split('\n@')[1:]:
kind, rest = line[: 6], line[7:].strip()
if kind == 'string':
strings.append(rest[: -1] + '\n')
else:
i = min(line.find(','), line.find('\n'))
h = '@' + line[: i]
h = h.replace('{', ' ').replace('(', ' ').replace('\n', '')
b = line[i + 1:].rstrip().lstrip('\n')[: -1]
entries.append((h, b),)
if strings:
h, b = '@string', ''.join(strings)
aList.append((h, b),)
aList.extend(entries)
for h, b in aList:
p = root.insertAsLastChild()
p.b, p.h = b, h
root.expand()
c.redraw()
def check_blanks_and_tabs(self, lines):
'''Check for intermixed blank & tabs.'''
# Do a quick check for mixed leading tabs/blanks.
fn = g.shortFileName(self.root.h)
w = self.tab_width
blanks = tabs = 0
for s in g.splitLines(lines):
lws = self.get_str_lws(s)
blanks += lws.count(' ')
tabs += lws.count('\t')
# Make sure whitespace matches @tabwidth directive.
if w < 0:
ok = tabs == 0
message = 'tabs found with @tabwidth %s in %s' % (w, fn)
elif w > 0:
ok = blanks == 0
message = 'blanks found with @tabwidth %s in %s' % (w, fn)
if ok:
ok = blanks == 0 or tabs == 0
message = 'intermixed blanks and tabs in: %s' % (fn)
if not ok:
if g.unitTesting:
self.report(message)
else:
g.es(message)
return ok
def update_image (self,s,keywords):
'''Update an image in the vr pane.'''
pc = self
if not s.strip():
return
lines = g.splitLines(s) or []
fn = lines and lines[0].strip()
if not fn:
return
w = pc.ensure_text_widget()
ok,path = pc.get_fn(fn,'@image')
if not ok:
w.setPlainText('@image: file not found: %s' % (fn))
return
path = fn.replace('\\','/')
template = '''\
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en" lang="en">
<head></head>
<body bgcolor="#fffbdc">
<img src="%s">
</body>
</html>
''' % (path)
# Only works in Python 3.x.
template = g.adjustTripleString(template,pc.c.tab_width).strip() # Sensitive to leading blank lines.
# template = g.toUnicode(template)
pc.show()
w.setReadOnly(False)
w.setHtml(template)
w.setReadOnly(True)
def readFile (self,fileName,root):
trace = False and not g.unitTesting
verbose = True
c = self.c
if not g.enableDB:
if trace: g.trace('g.enableDB is False')
return '',False,None
s,e = g.readFileIntoString(fileName,raw=True,silent=True)
if s is None:
if trace: g.trace('empty file contents',fileName)
return s,False,None
assert not g.isUnicode(s)
if trace and verbose:
for i,line in enumerate(g.splitLines(s)):
print('%3d %s' % (i,repr(line)))
# There will be a bug if s is not already an encoded string.
key = self.fileKey(root.h,s,requireEncodedString=True)
ok = self.db and key in self.db
if trace: g.trace('in cache',ok,fileName,key)
if ok:
# Delete the previous tree, regardless of the @<file> type.
while root.hasChildren():
root.firstChild().doDelete()
# Recreate the file from the cache.
aList = self.db.get(key)
self.createOutlineFromCacheList(root.v,aList,fileName=fileName)
return s,ok,key
def gen_lines(self, s, parent):
'''Node generator for markdown importer.'''
if not s or s.isspace():
return
self.inject_lines_ivar(parent)
# We may as well do this first. See warning below.
self.stack = [parent]
in_code = False
lines = g.splitLines(s)
skip = 0
for i, line in enumerate(lines):
top = self.stack[-1]
level, name = self.is_hash(line)
if skip > 0:
skip -= 1
elif not in_code and self.lookahead_underline(i, lines):
level = 1 if lines[i+1].startswith('=') else 2
self.make_node(level, line)
skip = 1
elif not in_code and name:
self.make_node(level, name)
elif i == 0:
self.make_decls_node(line)
elif in_code:
if line.startswith("```"):
in_code = False
self.add_line(top, line)
elif line.startswith("```"):
in_code = True
self.add_line(top, line)
else:
self.add_line(top, line)
def put_source(self, p, type_):
'''Put the 'source' key for p.'''
lines = [z for z in g.splitLines(p.b) if not g.isDirective(z)]
# skip blank lines.
i = 0
while i < len(lines) and not lines[i].strip():
i += 1
lines = lines[i:]
# skip trailing lines:
i = len(lines) - 1
while i > 0 and not lines[i].strip():
i -= 1
lines = lines[:i + 1]
has_header = any([self.header_re.search(z) for z in lines])
if lines and lines[-1].endswith('\n'):
s_last = lines.pop()
lines.append(s_last.rstrip())
s = ''.join(lines)
# Auto add headlines.
if type_ == 'markdown' and not has_header:
if 1: # Just put the headline.
heading = p.h.strip() + '\n'
else:
# Not needed now that the import code sets headlines.
n = min(6, self.level(p))
heading = '<h%(level)s>%(headline)s</h%(level)s>\n' % {
'level': n,
'headline': p.h,
}
s = heading + s
# Not completely accurate, but good for now.
self.put_list('source', s or '# no code!')
def v2_gen_lines(self, s, parent):
'''Node generator for markdown importer.'''
trace = False and g.unitTesting
if not s or s.isspace():
return
self.inject_lines_ivar(parent)
# We may as well do this first. See warning below.
self.add_line(parent, '@others\n')
self.stack = [parent]
in_code = False
for i, line in enumerate(g.splitLines(s)):
kind, level, name = self.starts_section(line)
top = self.stack[-1]
if trace:
g.trace('%2s kind: %4r, level: %4r name: %10r %r' %
(i + 1, kind, level, name, line))
if i == 0 and not kind:
self.make_decls_node(line)
elif in_code:
if line.startswith("```"):
in_code = False
self.add_line(top, line)
elif self.is_underline(line):
self.do_underline(line)
elif kind:
self.make_node(kind, level, line, name)
else:
if line.startswith("```"):
in_code = True
self.add_line(top, line)
warning = '\nWarning: this node is ignored when writing this file.\n\n'
self.add_line(parent, warning)
def hide(self, tag, kwargs, force=False):
'''Hide all wikiview tags. Now done in the colorizer.'''
trace = False and not g.unitTesting
trace_parts = True
trace_pats = False
c = self.c
if not (self.active or force) or kwargs['c'] != c:
return
w = c.frame.body.widget
cursor = w.textCursor()
s = w.toPlainText()
if trace:
g.trace('=====', g.callers())
g.printList(g.splitLines(s))
for urlpat in self.urlpats:
if trace and trace_pats: g.trace(repr(urlpat))
for m in urlpat.finditer(s):
if trace: g.trace('FOUND', urlpat.pattern, m.start(0), repr(m.group(0)))
for group_n, group in enumerate(m.groups()):
if group is None:
continue
if trace and trace_parts: g.trace(
m.start(group_n+1),
m.end(group_n+1),
repr(m.group(group_n+1)))
cursor.setPosition(m.start(group_n+1))
cursor.setPosition(m.end(group_n+1), cursor.KeepAnchor)
cfmt = cursor.charFormat()
cfmt.setFontPointSize(self.pts)
cfmt.setFontLetterSpacing(self.pct)
# cfmt._is_hidden = True # gets lost
cursor.setCharFormat(cfmt)
def putFunction(self, s, sigStart, codeEnd, start, parent):
'''Create a node of parent for a function defintion.'''
trace = False and not g.unitTesting
verbose = True
# Enter a new function: save the old function info.
oldStartSigIndent = self.startSigIndent
if self.sigId:
headline = self.sigId
else:
### g.trace('Can not happen: no sigId')
### headline = 'unknown function'
headline = s[sigStart:start]
body1, body2 = self.computeBody(s, start, sigStart, codeEnd)
body = body1 + body2
parent = self.adjustParent(parent, headline)
if trace:
# pylint: disable=maybe-no-member
g.trace('parent', parent and parent.h)
if verbose:
# g.trace('**body1...\n',body1)
g.trace(self.atAutoSeparateNonDefNodes)
g.trace('**body...\n%s' % body)
# 2010/11/04: Fix wishlist bug 670744.
if self.atAutoSeparateNonDefNodes:
if body1.strip():
if trace: g.trace('head', body1)
line1 = g.splitLines(body1.lstrip())[0]
line1 = line1.strip() or 'non-def code'
self.createFunctionNode(line1, body1, parent)
body = body2
self.lastParent = self.createFunctionNode(headline, body, parent)
# Exit the function: restore the function info.
self.startSigIndent = oldStartSigIndent
def update_cell_body(self, cell, meta, p):
'''Create a new body text, depending on kind.'''
def clean(lines):
lines = [z for z in lines if not g.isDirective(z)]
s = ''.join(lines).strip() + '\n'
return g.splitLines(s)
kind = self.cell_type(p)
lines = g.splitLines(p.b)
level = p.level() - self.root.level()
if kind == 'markdown':
# Remove all header markup lines.
lines = [z for z in lines if
not self.pat1.match(z) and not self.pat2.match(z)]
lines = clean(lines)
# Insert a new header markup line.
if level > 0:
lines.insert(0, '%s %s\n' % ('#'*level, self.clean_headline(p.h)))
else:
# Remember the level for the importer.
meta ['leo_level'] = level
lines = clean(lines)
# Remove leading whitespace lines inserted during import.
cell ['source'] = lines
def get_tips(data):
"""get_tips - get tips from GitHub issues
:param dict data: GitHub API issues list
:return: list of Tips
"""
tips = []
for issue in data:
body, n, title = issue['body'], issue['number'], issue['title']
lines = g.splitLines(body)
for i, s in enumerate(lines):
if s.strip().lower().startswith('tags:'):
lines = lines[:i] + lines[i + 1:]
text = ''.join(lines).strip()
s = s.strip().rstrip('.').strip()
s = s[len('tags:'):].strip()
tags = [z.strip() for z in s.split(',')]
break
else:
tags = []
text = body.strip()
tips.append(
UserTip(
n=n,
tags=tags,
text=text.strip(),
title=title.strip(),
))
return tips
def create_uas(self,at_uas,root):
'''Recreate uA's from the @ua nodes in the @uas tree.'''
trace = False and not g.unitTesting
# Create an *inner* gnx dict.
# Keys are gnx's, values are positions *within* root's tree.
d = {}
for p in root.self_and_subtree():
d[p.v.gnx] = p.copy()
# Recreate the uA's for the gnx's given by each @ua node.
for at_ua in at_uas.children():
h,b = at_ua.h,at_ua.b
gnx = h[4:].strip()
if b and gnx and g.match_word(h,0,'@ua'):
p = d.get(gnx)
if p:
# Handle all recent variants of the node.
lines = g.splitLines(b)
if b.startswith('unl:') and len(lines) == 2:
# pylint: disable=unbalanced-tuple-unpacking
unl,ua = lines
else:
unl,ua = None,b
if ua.startswith('ua:'):
ua = ua[3:]
if ua:
ua = self.unpickle(ua)
if trace: g.trace('set',p.h,ua)
p.v.u = ua
else:
g.trace('Can not unpickle uA in',p.h,type(ua),ua[:40])
elif trace:
g.trace('no match for gnx:',repr(gnx),'unl:',unl)
elif trace:
g.trace('unexpected child of @uas node',at_ua)
def scanForOptionDocParts(self, p, s):
'''Return a dictionary containing all options from @rst-options doc parts in p.
Multiple @rst-options doc parts are allowed: this code aggregates all options.
'''
d = {}
n = 0
lines = g.splitLines(s)
while n < len(lines):
line = lines[n]
n += 1
if line.startswith('@'):
i = g.skip_ws(line, 1)
for kind in ('@rst-options', '@rst-option'):
if g.match_word(line, i, kind):
# Allow options on the same line.
line = line[i + len(kind):]
d.update(self.scanOption(p, line))
# Add options until the end of the doc part.
while n < len(lines):
line = lines[n]
n += 1
found = False
for stop in ('@c', '@code', '@'):
if g.match_word(line, 0, stop):
found = True
break
if found:
break
else:
d.update(self.scanOption(p, line))
break
return d
def skipCommentToken(self,s,i):
'''Return comment lines with all leading/trailing whitespace removed.'''
j = self.skipComment(s,i)
lines = g.splitLines(s[i:j])
lines = [z.strip() for z in lines]
return j,'\n'.join(lines)
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 gen_lines(self, s, parent):
'''Node generator for otl (vim-outline) mode.'''
self.inject_lines_ivar(parent)
# We may as well do this first. See warning below.
self.add_line(parent, '@others\n')
self.parents = [parent]
for line in g.splitLines(s):
m = self.otl_body_pattern.match(line)
if m:
p = self.parents[-1]
self.add_line(p, m.group(1))
else:
m = self.otl_pattern.match(line)
if m:
# Cut back the stack, then allocate a new node.
level = 1 + len(m.group(1))
self.parents = self.parents[:level]
self.find_parent(
level = level,
h = m.group(2).strip())
else:
self.error('Bad otl line: %r' % line)
# This warning *is* correct.
warning = '\nWarning: this node is ignored when writing this file.\n\n'
self.add_line(self.root, warning)
def addAbbrevHelper(self, s, tag=''):
'''Enter the abbreviation 's' into the self.abbrevs dict.'''
trace = False and not g.unitTesting
if not s.strip():
return
try:
d = self.abbrevs
data = s.split('=')
# Do *not* strip ws so the user can specify ws.
name = data[0].replace('\\t', '\t').replace('\\n', '\n')
val = '='.join(data[1:])
if val.endswith('\n'): val = val[:-1]
val = self.n_regex.sub('\n', val).replace('\\\\n', '\\n')
old, tag = d.get(
name,
(None, None),
)
if old and old != val and not g.unitTesting:
g.es_print('redefining abbreviation', name, '\nfrom',
repr(old), 'to', repr(val))
if trace:
val1 = val if val.find(
'\n') == -1 else g.splitLines(val)[0] + '...'
g.trace('%12s %r' % (name, g.truncate(val1, 80)))
d[name] = val, tag
except ValueError:
g.es_print('bad abbreviation: %s' % s)