def onTimerMiddleButton(self):
middleButton = windll.user32.GetKeyState(VK_MBUTTON)
if self.middleButton != middleButton and (middleButton -
(middleButton & 1)) != 0:
x, y = GetCursorPos()
hFore = windll.user32.GetForegroundWindow()
hPoint = windll.user32.WindowFromPoint(x, y)
if hPoint == hFore:
hPoint = windll.user32.ChildWindowFromPoint(hFore, x, y)
hSelf = self.windowHandle
x0, y0, x1, y1 = GetWindowRect(hPoint)
if x0 <= x <= x1 and y0 <= y <= y1 and hSelf == hFore:
editor.grabFocus()
pos = editor.positionFromPoint(x - x0, y - y0)
iLineClick = editor.lineFromPosition(pos)
iStart = editor.getSelectionStart()
iEnd = editor.getSelectionEnd()
iLineStart = editor.lineFromPosition(iStart)
iLineEnd = editor.lineFromPosition(iEnd)
if iStart != iEnd and iLineStart <= iLineClick <= iLineEnd:
self.runCodeAtCursor(moveCursor=False,
onlyInsideCodeLines=True)
elif 0 <= pos < editor.getLength():
self.runCodeAtCursor(moveCursor=False,
nonSelectedLine=iLineClick,
onlyInsideCodeLines=True)
self.middleButton = middleButton
threading.Timer(self.tTimerMiddleButton,
self.onTimerMiddleButton).start()
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 __init__(self,
externalPython=None,
matplotlib_eventHandler=True,
cellHighlight=True,
popupForUnselectedVariable=True,
popupForSelectedExpression=False,
mouseDwellTime=200):
'''Initializes PyPadPlusPlus to prepare Notepad++
for interactive Python development'''
console.show()
editor.grabFocus()
self.windowHandle = windll.user32.GetForegroundWindow()
sys.stdout = PseudoFileOut(Npp.console.write)
sys.stderr = PseudoFileOut(Npp.console.writeError)
sys.stdout.outp = PseudoFileOut(Npp.console.write)
self.matplotlib_eventHandler = matplotlib_eventHandler
self.matplotlib_enabled = False
self.popupForUnselectedVariable = popupForUnselectedVariable
self.popupForSelectedExpression = popupForSelectedExpression
self.mouseDwellTime = mouseDwellTime
self.externalPython = bool(externalPython)
if self.externalPython:
from . import pyPadHost
self.interp = pyPadHost.interpreter(externalPython,
outBuffer=self.outBuffer)
else:
from . import pyPadClient
self.interp = pyPadClient.interpreter()
if cellHighlight:
self.lexer = EnhancedPythonLexer()
self.lexer.main()
else:
self.lexer = None
self.thread = None
self.threadMarker = None
self.bufferActive = 1
self.delayedMarker = False
self.activeCalltip = None
editor.setTargetStart(0)
self.specialMarkers = None
self.bufferMarkerAction = {}
self.lastActiveBufferID = -1
# Marker
self.markerWidth = 3
editor.setMarginWidthN(3, self.markerWidth)
editor.setMarginMaskN(3, (256 + 128 + 64) * (1 + 2**3 + 2**6))
self.markers = {}
self.m_active, self.m_error, self.m_finish = [
6 + 3 * i for i in [0, 1, 2]
]
self.preCalculateMarkers()
for iMarker in self.m_active, self.m_error, self.m_finish:
self.drawMarker(iMarker)
self.setCallbacks()
editor.callTipSetBack((255, 255, 225))
editor.autoCSetSeparator(ord('\t'))
editor.autoCSetIgnoreCase(False)
editor.autoCSetCaseInsensitiveBehaviour(False)
editor.autoCSetCancelAtStart(False)
editor.autoCSetDropRestOfWord(False)
console.clear()
console.editor.setReadOnly(0)
self.tTimerFlush = 0.15
self.tTimerMiddleButton = 0.1
self.middleButton = 0
self.bufferActive = 0
self.onTimerFlush(
) # start periodic timer to check output of subprocess
self.onTimerMiddleButton(
) # start periodic timer to check state of middleButton