def __init__(self, view, bfr, threshold, first, second, center, outside_adj, mode):
"""Prepare tag match object."""
tag_settings = sublime.load_settings('bh_tag.sublime-settings')
self.view = view
self.bfr = bfr
self.mode = mode
self.tag_open = process_tag_pattern(
tag_settings.get("start_tag")[mode],
{
"attributes": tag_settings.get('attributes', {}).get(mode, ''),
"tag_name": tag_settings.get('tag_name', {}).get(mode, '')
}
)
self.tag_close = process_tag_pattern(
tag_settings.get("end_tag")[mode]
)
try:
self.optional_tags = bre.compile_search(tag_settings.get('optional_tag_patterns')[self.mode], bre.I)
except Exception:
self.optional_tags = None
try:
self.void_tags = bre.compile_search(tag_settings.get('void_tag_patterns')[self.mode], bre.I)
except Exception:
self.void_tags = None
try:
self.self_closing_tags = bre.compile_search(tag_settings.get('self_closing_tag_patterns')[self.mode], bre.I)
except Exception:
self.self_closing_tags = None
tag, tag_type, tag_end = self.get_first_tag(first[0])
self.left, self.right = None, None
self.window = None
self.no_tag = False
if outside_adj:
if first[0] == center:
center += 1
elif center == tag_end:
center -= 1
if tag and first[0] < center < tag_end:
if tag.single:
self.left = tag
self.right = tag
else:
if tag_type == "open":
self.left = tag
self.window = (tag_end, len(bfr) if threshold is None else threshold[1])
else:
self.right = tag
self.window = (0 if threshold is None else threshold[0], first[0])
else:
self.left = first
self.right = second
self.no_tag = True
def __init__(self, view, bfr, threshold, first, second, center, outside_adj, mode):
"""Prepare tag match object."""
tag_settings = sublime.load_settings('bh_tag.sublime-settings')
self.view = view
self.bfr = bfr
self.mode = mode
self.tag_open = process_tag_pattern(
tag_settings.get("start_tag")[mode],
{
"attributes": tag_settings.get('attributes', {}).get(mode, ''),
"tag_name": tag_settings.get('tag_name', {}).get(mode, '')
}
)
self.tag_close = process_tag_pattern(
tag_settings.get("end_tag")[mode]
)
try:
self.optional_tags = bre.compile_search(tag_settings.get('optional_tag_patterns')[self.mode], bre.I)
except Exception:
self.optional_tags = None
try:
self.void_tags = bre.compile_search(tag_settings.get('void_tag_patterns')[self.mode], bre.I)
except Exception:
self.void_tags = None
try:
self.self_closing_tags = bre.compile_search(tag_settings.get('self_closing_tag_patterns')[self.mode], bre.I)
except Exception:
self.self_closing_tags = None
tag, tag_type, tag_end = self.get_first_tag(first[0])
self.left, self.right = None, None
self.window = None
self.no_tag = False
if outside_adj:
if first[0] == center:
center += 1
elif center == tag_end:
center -= 1
if tag and first[0] < center < tag_end:
if tag.single:
self.left = tag
self.right = tag
else:
if tag_type == "open":
self.left = tag
self.window = (tag_end, len(bfr) if threshold is None else threshold[1])
else:
self.right = tag
self.window = (0 if threshold is None else threshold[0], first[0])
else:
self.left = first
self.right = second
self.no_tag = True
def run(self, edit):
"""Parse the regex panel, and if okay, run the test entry in the active view."""
obj, test = ConvertPythonSrc2Obj().convert(self.view.substr(sublime.Region(0, self.view.size())))
# Something went wrong.
if test is None or obj is None:
return
# Ensure test command is valid.
if not self.process_test_cmd(test):
return
# Copy all regex rules that are to be included in the test sequence
test_rules = {}
rules = sublime.load_settings('reg_replace_rules.sublime-settings').get('replacements', {})
for x in test['replacements']:
if x in rules:
test_rules[x] = rules[x]
# Ensure the bare minimum items are in the current test rule
# and ensure the regex (if any) compiles.
# If all is well, execute the command.
if not obj.get('name'):
error('A valid name must be provided!')
elif obj.get('scope') is None and obj.get('find') is None:
error('A valid find pattern or scope must be provided!')
else:
try:
if obj.get('find') is not None:
if obj.get('selection_inputs', False):
pass
elif obj.get('literal', False):
flags = 0
pattern = re.escape(obj['find'])
if obj.get('literal_ignorecase', False):
flags = re.I
re.compile(pattern, flags)
else:
extend = sublime.load_settings(
'reg_replace.sublime-settings'
).get('extended_back_references', False)
if extend:
bre.compile_search(obj['find'])
else:
re.compile(obj['find'])
test_rules[obj['name']] = obj
settings = sublime.load_settings('reg_replace_test.sublime-settings')
settings.set('format', '3.2')
settings.set('replacements', test_rules)
window = sublime.active_window()
if window is not None:
view = window.active_view()
if view is not None:
test["use_test_buffer"] = True
view.run_command('reg_replace', test)
except Exception as e:
error('Regex compile failed!\n\n%s' % str(e))
def run(self, edit):
"""Parse the regex panel, and if okay, run the test entry in the active view."""
obj, test = ConvertPythonSrc2Obj().convert(self.view.substr(sublime.Region(0, self.view.size())))
# Something went wrong.
if test is None or obj is None:
return
# Ensure test command is valid.
if not self.process_test_cmd(test):
return
# Copy all regex rules that are to be included in the test sequence
test_rules = {}
rules = sublime.load_settings('reg_replace_rules.sublime-settings').get('replacements', {})
for x in test['replacements']:
if x in rules:
test_rules[x] = rules[x]
# Ensure the bare minimum items are in the current test rule
# and ensure the regex (if any) compiles.
# If all is well, execute the command.
if not obj.get('name'):
error('A valid name must be provided!')
elif obj.get('scope') is None and obj.get('find') is None:
error('A valid find pattern or scope must be provided!')
else:
try:
if obj.get('find') is not None:
if obj.get('literal', False):
flags = 0
pattern = re.escape(obj['find'])
if obj.get('literal_ignorecase', False):
flags = re.I
re.compile(pattern, flags)
else:
extend = sublime.load_settings(
'reg_replace.sublime-settings'
).get('extended_back_references', False)
if extend:
bre.compile_search(obj['find'])
else:
re.compile(obj['find'])
test_rules[obj['name']] = obj
settings = sublime.load_settings('reg_replace_test.sublime-settings')
settings.set('format', '3.0')
settings.set('replacements', test_rules)
window = sublime.active_window()
if window is not None:
view = window.active_view()
if view is not None:
test["use_test_buffer"] = True
view.run_command('reg_replace', test)
except Exception as e:
error('Regex compile failed!\n\n%s' % str(e))
def regex_findall(self, find, flags, replace, extractions, literal=False, sel=None):
"""Findall with regex."""
regions = []
offset = 0
if sel is not None:
offset = sel.begin()
bfr = self.view.substr(sublime.Region(offset, sel.end()))
else:
bfr = self.view.substr(sublime.Region(0, self.view.size()))
flags |= re.MULTILINE
if literal:
find = re.escape(find)
if self.extend and not literal:
pattern = bre.compile_search(find, flags)
self.template = bre.compile_replace(pattern, replace)
else:
pattern = re.compile(find, flags)
for m in pattern.finditer(bfr):
regions.append(sublime.Region(offset + m.start(0), offset + m.end(0)))
if self.plugin is not None:
extractions.append(self.on_replace(m))
else:
extractions.append(self.expand(m, replace))
return regions
def process_tag_pattern(pattern, variables=None):
"""Process the tag pattern."""
if variables is None:
variables = {}
if isinstance(pattern, str):
pattern = bre.compile_search(pattern % variables, bre.I | bre.M)
return pattern
def process_tag_pattern(pattern, variables=None):
"""Process the tag pattern."""
if variables is None:
variables = {}
if isinstance(pattern, str):
pattern = bre.compile_search(pattern % variables, bre.I | bre.M)
return pattern
def __init__(self, bracket):
"""Setup the bracket object by reading the passed in dictionary."""
self.style = bracket.get("style", BH_STYLE)
self.open = bre.compile_search("\\A" + bracket.get("open", ""),
bre.MULTILINE | bre.IGNORECASE)
self.close = bre.compile_search(
bracket.get("close", "") + "\\Z", bre.MULTILINE | bre.IGNORECASE)
self.name = bracket["name"]
sub_search = bracket.get("sub_bracket_search", BH_SUB_BRACKET)
self.sub_search_only = sub_search == "only"
self.sub_search = self.sub_search_only is True or sub_search == "true"
self.compare = bracket.get("compare", BH_COMPARE_MATCH)
self.post_match = bracket.get("post_match", BH_POST_MATCH)
self.validate = bracket.get("validate", BH_VALIDATE_MATCH)
self.scopes = bracket["scopes"]
self.highlighting = bracket.get("highlighting", BH_HIGHLIGHTING)
self.enabled = True
if self.open.groups != 1 or self.close.groups != 1:
self.enabled = False
def run(self, edit):
"""Parse the regex panel, and if okay, insert/replace entry in settings."""
obj = ConvertPythonSrc2Obj().convert(
self.view.substr(sublime.Region(0, self.view.size())))[0]
if obj is None:
return
if not obj.get('name'):
error('A valid name must be provided!')
elif obj.get('scope') is None and obj.get('find') is None:
error('A valid find pattern or scope must be provided!')
elif not self.is_existing_name(obj['name']):
try:
if obj.get('find') is not None:
if obj.get('selection_inputs', False):
pass
elif obj.get('literal', False):
flags = 0
pattern = re.escape(obj['find'])
if obj.get('literal_ignorecase', False):
flags = re.I
re.compile(pattern, flags)
else:
extend = sublime.load_settings(
'reg_replace.sublime-settings').get(
'extended_back_references', False)
if extend:
bre.compile_search(obj['find'])
else:
re.compile(obj['find'])
settings = sublime.load_settings(
'reg_replace_rules.sublime-settings')
rules = settings.get('replacements', {})
rules[obj['name']] = obj
settings.set('replacements', rules)
sublime.save_settings('reg_replace_rules.sublime-settings')
self.view.settings().set('regreplace.name', obj['name'])
except Exception as e:
error('Regex compile failed!\n\n%s' % str(e))
def __init__(self, bracket):
"""Setup the bracket object by reading the passed in dictionary."""
self.style = bracket.get("style", BH_STYLE)
self.open = bre.compile_search(
"\\A" + bracket.get("open", ""), bre.MULTILINE | bre.IGNORECASE
)
self.close = bre.compile_search(
bracket.get("close", "") + "\\Z", bre.MULTILINE | bre.IGNORECASE
)
self.name = bracket["name"]
sub_search = bracket.get("sub_bracket_search", BH_SUB_BRACKET)
self.sub_search_only = sub_search == "only"
self.sub_search = self.sub_search_only is True or sub_search == "true"
self.compare = bracket.get("compare", BH_COMPARE_MATCH)
self.post_match = bracket.get("post_match", BH_POST_MATCH)
self.validate = bracket.get("validate", BH_VALIDATE_MATCH)
self.scopes = bracket["scopes"]
self.highlighting = bracket.get("highlighting", BH_HIGHLIGHTING)
self.enabled = True
if self.open.groups != 1 or self.close.groups != 1:
self.enabled = False
def run(self, edit):
"""Parse the regex panel, and if okay, insert/replace entry in settings."""
obj = ConvertPythonSrc2Obj().convert(self.view.substr(sublime.Region(0, self.view.size())))[0]
if obj is None:
return
if not obj.get('name'):
error('A valid name must be provided!')
elif obj.get('scope') is None and obj.get('find') is None:
error('A valid find pattern or scope must be provided!')
elif not self.is_existing_name(obj['name']):
try:
if obj.get('find') is not None:
if obj.get('literal', False):
flags = 0
pattern = re.escape(obj['find'])
if obj.get('literal_ignorecase', False):
flags = re.I
re.compile(pattern, flags)
else:
extend = sublime.load_settings(
'reg_replace.sublime-settings'
).get('extended_back_references', False)
if extend:
bre.compile_search(obj['find'])
else:
re.compile(obj['find'])
settings = sublime.load_settings('reg_replace_rules.sublime-settings')
rules = settings.get('replacements', {})
rules[obj['name']] = obj
settings.set('replacements', rules)
sublime.save_settings('reg_replace_rules.sublime-settings')
self.view.settings().set('regreplace.name', obj['name'])
except Exception as e:
error('Regex compile failed!\n\n%s' % str(e))
def get_tag_mode(view, tag_mode_config):
"""Get the tag mode."""
default_mode = None
syntax = view.settings().get('syntax')
language = splitext(basename(syntax))[0].lower() if syntax is not None else "plain text"
if isinstance(tag_mode_config, list):
for item in tag_mode_config:
if isinstance(item, dict) and compare_languge(language, item.get('syntax', [])):
first_line = item.get('first_line', '')
if first_line:
size = view.size() - 1
if size > 256:
size = 256
if (
isinstance(first_line, str) and
bre.compile_search(first_line, bre.I).match(view.substr(sublime.Region(0, size)))
):
return item.get('mode', default_mode)
else:
return item.get('mode', default_mode)
return default_mode
def get_tag_mode(view, tag_mode_config):
"""Get the tag mode."""
default_mode = None
syntax = view.settings().get('syntax')
language = splitext(basename(syntax))[0].lower() if syntax is not None else "plain text"
if isinstance(tag_mode_config, list):
for item in tag_mode_config:
if isinstance(item, dict) and compare_languge(language, item.get('syntax', [])):
first_line = item.get('first_line', '')
if first_line:
size = view.size() - 1
if size > 256:
size = 256
if (
isinstance(first_line, str) and
bre.compile_search(first_line, bre.I).match(view.substr(sublime.Region(0, size)))
):
return item.get('mode', default_mode)
else:
return item.get('mode', default_mode)
return default_mode
def apply_scope_regex(self, string, re_find, replace, greedy_replace, multi):
"""Apply regex on a scope."""
replaced = 0
extraction = string
scope_repl = ScopeRepl(self.plugin, replace, self.expand, self.on_replace)
if self.extend:
pattern = bre.compile_search(re_find)
self.template = bre.compile_replace(pattern, replace)
else:
pattern = re.compile(re_find)
if multi and not self.find_only and self.action is None:
extraction, replaced = self.apply_multi_pass_scope_regex(
pattern, extraction, scope_repl.repl, greedy_replace
)
else:
if greedy_replace:
extraction, replaced = pattern.subn(scope_repl.repl, string)
else:
extraction, replaced = pattern.subn(scope_repl.repl, string, 1)
return extraction, replaced
def parse_bracket_definition(self, language, loaded_modules):
"""Parse the bracket definition."""
names = []
subnames = []
find_regex = []
sub_find_regex = []
self.sub_pattern = None
self.pattern = None
for params in self.bracket_rules:
if is_valid_definition(params, language):
try:
bh_plugin.load_modules(params, loaded_modules)
entry = BracketDefinition(params)
if not self.check_compare and entry.compare is not None:
self.check_compare = True
if not self.check_validate and entry.validate is not None:
self.check_validate = True
if not self.check_post_match and entry.post_match is not None:
self.check_post_match = True
if not self.highlighting and entry.highlighting is not None:
self.highlighting = True
self.brackets.append(entry)
if not entry.find_in_sub_search_only:
find_regex.append(params["open"])
find_regex.append(params["close"])
names.append(params["name"])
else:
find_regex.append(r"([^\s\S])")
find_regex.append(r"([^\s\S])")
if entry.find_in_sub_search:
sub_find_regex.append(params["open"])
sub_find_regex.append(params["close"])
subnames.append(params["name"])
else:
sub_find_regex.append(r"([^\s\S])")
sub_find_regex.append(r"([^\s\S])")
except Exception as e:
log(e)
if len(self.brackets):
self.brackets = tuple(self.brackets)
debug(
"Bracket Pattern: (%s)\n" % ','.join(names) +
" (Opening|Closing): (?:%s)\n" % '|'.join(find_regex)
)
debug(
"SubBracket Pattern: (%s)\n" % ','.join(subnames) +
" (Opening|Closing): (?:%s)\n" % '|'.join(sub_find_regex)
)
self.sub_pattern = bre.compile_search("(?:%s)" % '|'.join(sub_find_regex), bre.MULTILINE | bre.IGNORECASE)
self.pattern = bre.compile_search("(?:%s)" % '|'.join(find_regex), bre.MULTILINE | bre.IGNORECASE)
if (
self.sub_pattern.groups != len(sub_find_regex) or
self.pattern.groups != len(find_regex)
):
if self.sub_pattern.groups != len(sub_find_regex):
log(
BRACKET_ERROR % (
len(sub_find_regex),
'sub-pattern',
self.sub_pattern.groups,
"(?:%s)" % '|'.join(sub_find_regex)
)
)
if self.pattern.groups != len(find_regex):
log(
BRACKET_ERROR % (
len(find_regex),
'pattern',
self.pattern.groups,
"(?:%s)" % '|'.join(find_regex)
)
)
self.brackets = []
self.sub_pattern = None
self.pattern = None
def scope_apply(self, pattern):
"""Find and replace based on scope."""
# Initialize replacement variables
replaced = 0
regions = []
# Grab pattern definitions
scope = pattern['scope']
find = pattern['find'] if 'find' in pattern else None
replace = pattern['replace'] if 'replace' in pattern else '\\0'
greedy_scope = bool(pattern['greedy_scope']) if 'greedy_scope' in pattern else True
greedy_replace = bool(pattern['greedy_replace']) if 'greedy_replace' in pattern else True
case = bool(pattern['case']) if 'case' in pattern else True
multi = bool(pattern['multi_pass_regex']) if 'multi_pass_regex' in pattern else False
literal = bool(pattern['literal']) if 'literal' in pattern else False
dotall = bool(pattern['dotall']) if 'dotall' in pattern else False
self.plugin = pattern.get("plugin", None)
self.plugin_args = pattern.get("args", {})
if scope is None or scope == '':
return replace
if self.selection_only:
sels = self.view.sel()
sel_start = []
sel_size = []
for s in sels:
sel_start.append(s.begin())
sel_size.append(s.size())
regions = self.view.find_by_selector(scope)
if self.selection_only:
regions = self.filter_by_selection(regions)[0]
# Find supplied?
if find is not None:
# Compile regex: Ignore case flag?
if not literal:
try:
flags = 0
if not case:
flags |= re.IGNORECASE
if dotall:
flags |= re.DOTALL
if self.extend:
re_find = bre.compile_search(find, flags)
else:
re_find = re.compile(find, flags)
except Exception as err:
print(str(traceback.format_exc()))
error('REGEX ERROR: %s' % str(err))
return replaced
# Greedy Scope?
if greedy_scope:
replaced = self.greedy_scope_replace(regions, re_find, replace, greedy_replace, multi)
else:
replaced = self.non_greedy_scope_replace(regions, re_find, replace, greedy_replace, multi)
else:
if greedy_scope:
replaced = self.greedy_scope_literal_replace(regions, find, replace, greedy_replace)
else:
replaced = self.non_greedy_scope_literal_replace(regions, find, replace, greedy_replace)
else:
replaced = self.select_scope_regions(regions, greedy_scope)
if self.selection_only:
new_sels = []
count = 0
offset = 0
for s in sels:
r = sublime.Region(sel_start[count] + offset, s.end())
new_sels.append(r)
offset += r.size() - sel_size[count]
count += 1
sels.clear()
sels.add_all(new_sels)
return replaced