def regex_exec(pattern, flags):
try:
matches = []
for i in range(1):
editor1.research(pattern, lambda m: matches.append(m), flags)
console.write('matches found:{}\n'.format(len(matches)))
return True
except:
return False
def regex_exec(pattern, flags):
try:
matches = []
for i in range(1):
editor1.research(pattern, lambda m: matches.append(m), flags)
console.write('matches found:{}\n'.format(len(matches)))
return True
except:
return False
def outBuffer(self, buffer):
console.editor.beginUndoAction()
out = []
mode = True
for err, line in buffer:
if err:
console.writeError(line)
else:
console.write(line)
console.editor.endUndoAction()
console.editor.setReadOnly(0)
def regex():
global PREVIOUS_REGEX
global NO_MATCH_FOUND
global MATCH_POSITIONS
global IS_ODD
IS_ODD = False
MATCH_POSITIONS[CURRENT_BUFFER_ID] = []
clear_indicator()
pattern = ''
if (editor2.getSelections() == 1) and (editor2.getSelectionEmpty() == False):
start = editor2.lineFromPosition(editor2.getSelectionNStart(0))
end = editor2.lineFromPosition(editor2.getSelectionNEnd(0))
for i in range(start,end+1):
pattern += editor2.getLine(i).rstrip('\r\n')
else:
pattern = current_regex()
PREVIOUS_REGEX[CURRENT_BUFFER_ID] = pattern
NO_MATCH_FOUND = True
if (pattern != '' and
pattern != '.' and
pattern != '()' and not
pattern.startswith(COMMENT_CHAR) and not
pattern.isspace() and
re.match('^\(\?[mis-]*\)$',pattern) is None and
editor2.lineFromPosition(editor2.getCurrentPos()) > 0):
regex_flag = get_regex_flags()
if TIME_REGEX:
if regex_exec(pattern,regex_flag):
track_document()
else:
NO_MATCH_FOUND = None
else:
try:
if USE_PYTHON_ENGINE:
map(match_found, re.finditer(pattern, editor1.getText(), regex_flag))
else:
editor1.research(pattern, match_found, regex_flag)
track_document()
except Exception as e:
console.write('Exception:{}\n'.format(e))
NO_MATCH_FOUND = None
else:
NO_MATCH_FOUND = None
def regex():
global PREVIOUS_REGEX
global NO_MATCH_FOUND
global MATCH_POSITIONS
global IS_ODD
IS_ODD = False
MATCH_POSITIONS[CURRENT_BUFFER_ID] = []
clear_indicator()
pattern = ''
if (editor2.getSelections() == 1) and (editor2.getSelectionEmpty() == False):
start = editor2.lineFromPosition(editor2.getSelectionNStart(0))
end = editor2.lineFromPosition(editor2.getSelectionNEnd(0))
for i in range(start,end+1):
pattern += editor2.getLine(i).rstrip('\r\n')
else:
pattern = current_regex()
PREVIOUS_REGEX[CURRENT_BUFFER_ID] = pattern
NO_MATCH_FOUND = True
if (pattern != '' and
pattern != '.' and
pattern != '()' and not
pattern.startswith(COMMENT_CHAR) and not
pattern.isspace() and
re.match('^\(\?[mis-]*\)$',pattern) is None and
editor2.lineFromPosition(editor2.getCurrentPos()) > 0):
regex_flag = get_regex_flags()
if TIME_REGEX:
if regex_exec(pattern,regex_flag):
track_document()
else:
NO_MATCH_FOUND = None
else:
try:
if USE_PYTHON_ENGINE:
map(match_found, re.finditer(pattern, editor1.getText(), regex_flag))
else:
editor1.research(pattern, match_found, regex_flag)
track_document()
except Exception as e:
console.write('Exception:{}\n'.format(e))
NO_MATCH_FOUND = None
else:
NO_MATCH_FOUND = None
def run_command(command, __cwd):
_startupinfo = subprocess.STARTUPINFO()
_startupinfo.dwFlags |= subprocess.STARTF_USESHOWWINDOW
process = subprocess.Popen(shlex.split(command),
startupinfo=_startupinfo,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
cwd=__cwd)
_stdout, _stderr = process.communicate()
console.show()
if _stdout: console.write(_stdout)
if _stderr: console.write(_stderr)
def run_command(command, __cwd):
_startupinfo = subprocess.STARTUPINFO()
_startupinfo.dwFlags |= subprocess.STARTF_USESHOWWINDOW
process = subprocess.Popen(shlex.split(command),
startupinfo=_startupinfo,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
cwd=__cwd)
_stdout, _stderr = process.communicate()
console.show()
if _stdout: console.write(_stdout)
if _stderr: console.write(_stderr)
def outBuffer(self, buffer):
console.editor.beginUndoAction()
out = []
mode = True
collect = []
collectErr = None
for err, line in buffer:
collect.append(line)
if collectErr is None:
collectErr = err
if collectErr != err:
if collectErr: console.writeError(''.join(collect))
else: console.write(''.join(collect))
collectErr = err
collect = []
if collectErr: console.writeError(''.join(collect))
else: console.write(''.join(collect))
console.editor.endUndoAction()
console.editor.setReadOnly(0)
def match_found(m):
_m = m.span()
if IGNORE_0_LENGTH_MATCHES and (_m[0] == _m[1]):
return
global IS_ODD
global MATCH_POSITIONS
global NO_MATCH_FOUND
_match_positions = []
if REPORT_MATCHES:
console.show()
editor.grabFocus()
console.write('Match:{} = {}\n'.format(_m, editor1.getTextRange(*_m)))
if m.lastindex > 0:
editor1.setIndicatorCurrent(8)
editor1.indicatorFillRange(m.span(0)[0], m.span(0)[1] - m.span(0)[0])
_match_positions.append(m.span())
for i in range(1, m.lastindex + 1):
if (m.span(i)[0] != m.span(0)[0]) or (m.span(i)[1] != m.span(0)[1]):
editor1.setIndicatorCurrent(9 if IS_ODD else 10)
editor1.indicatorFillRange(m.span(i)[0], m.span(i)[1] - m.span(i)[0])
IS_ODD = not IS_ODD
if REPORT_MATCHES:
_textrange = editor1.getTextRange(*m.span(i)) if -1 not in m.span(i) else ''
console.write(' SubMatch:{} = {}\n'.format(m.span(i), _textrange))
else:
editor1.setIndicatorCurrent(9 if IS_ODD else 10)
editor1.indicatorFillRange(_m[0], _m[1] - _m[0])
IS_ODD = not IS_ODD
_match_positions.append(m.span())
MATCH_POSITIONS[CURRENT_BUFFER_ID].extend(_match_positions)
NO_MATCH_FOUND = False
def match_found(m):
_m = m.span()
if IGNORE_0_LENGTH_MATCHES and (_m[0] == _m[1]):
return
global IS_ODD
global MATCH_POSITIONS
global NO_MATCH_FOUND
_match_positions = []
if REPORT_MATCHES:
console.show()
editor.grabFocus()
console.write('Match:{} = {}\n'.format(_m, editor1.getTextRange(*_m)))
if m.lastindex > 0:
editor1.setIndicatorCurrent(8)
editor1.indicatorFillRange(m.span(0)[0], m.span(0)[1] - m.span(0)[0])
_match_positions.append(m.span())
for i in range(1, m.lastindex + 1):
if (m.span(i)[0] != m.span(0)[0]) or (m.span(i)[1] != m.span(0)[1]):
editor1.setIndicatorCurrent(9 if IS_ODD else 10)
editor1.indicatorFillRange(m.span(i)[0], m.span(i)[1] - m.span(i)[0])
IS_ODD = not IS_ODD
if REPORT_MATCHES:
_textrange = editor1.getTextRange(*m.span(i)) if -1 not in m.span(i) else ''
console.write(' SubMatch:{} = {}\n'.format(m.span(i), _textrange))
else:
editor1.setIndicatorCurrent(9 if IS_ODD else 10)
editor1.indicatorFillRange(_m[0], _m[1] - _m[0])
IS_ODD = not IS_ODD
_match_positions.append(m.span())
MATCH_POSITIONS[CURRENT_BUFFER_ID].extend(_match_positions)
NO_MATCH_FOUND = False
def stdout(self, s):
console.editor.beginUndoAction()
console.write(s)
console.editor.endUndoAction()
console.editor.setReadOnly(0)
