Most of the pep8 changes finished. Be careful, things may be horribly broken.
This commit is contained in:
Storm Dragon
@ -12,7 +12,7 @@ import re
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import difflib
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class screenManager():
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class ScreenManager():
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def __init__(self):
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self.differ = difflib.Differ()
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self.currScreenIgnored = False
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@ -24,133 +24,133 @@ class screenManager():
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# Compile regex once for better performance
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self._space_normalize_regex = re.compile(' +')
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def getRows(self):
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def get_rows(self):
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return self.rows
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def getColumns(self):
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def get_columns(self):
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return self.colums
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def initialize(self, environment):
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self.env = environment
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self.env['runtime']['settingsManager'].loadDriver(
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self.env['runtime']['settingsManager'].getSetting(
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'screen', 'driver'), 'screenDriver')
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self.getCurrScreen()
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self.getCurrScreen()
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self.getSessionInformation()
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self.updateScreenIgnored()
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self.updateScreenIgnored()
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self.env['runtime']['SettingsManager'].load_driver(
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self.env['runtime']['SettingsManager'].get_setting(
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'screen', 'driver'), 'ScreenDriver')
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self.get_curr_screen()
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self.get_curr_screen()
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self.get_session_information()
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self.update_screen_ignored()
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self.update_screen_ignored()
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def resetScreenText(self, screenText):
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def reset_screen_text(self, screen_text):
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self.prevScreenText = ''
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self.currScreenText = screenText
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self.currScreenText = screen_text
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def setScreenText(self, screenText):
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def set_screen_text(self, screen_text):
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self.prevScreenText = self.currScreenText
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self.currScreenText = screenText
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self.currScreenText = screen_text
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def getScreenText(self):
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def get_screen_text(self):
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return self.currScreenText
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def getCurrScreen(self):
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def get_curr_screen(self):
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try:
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self.env['runtime']['screenDriver'].getCurrScreen()
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self.env['runtime']['ScreenDriver'].get_curr_screen()
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except Exception as e:
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self.env['runtime']['debug'].writeDebugOut(
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'screenManager getCurrScreen: Error getting current screen: ' + str(e),
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debug.debugLevel.ERROR)
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self.env['runtime']['DebugManager'].write_debug_out(
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'ScreenManager get_curr_screen: Error getting current screen: ' + str(e),
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debug.DebugLevel.ERROR)
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def getSessionInformation(self):
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def get_session_information(self):
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try:
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self.env['runtime']['screenDriver'].getSessionInformation()
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self.env['runtime']['ScreenDriver'].get_session_information()
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except Exception as e:
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self.env['runtime']['debug'].writeDebugOut(
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'screenManager getSessionInformation: Error getting session info: ' + str(e),
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debug.debugLevel.ERROR)
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self.env['runtime']['DebugManager'].write_debug_out(
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'ScreenManager get_session_information: Error getting session info: ' + str(e),
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debug.DebugLevel.ERROR)
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def shutdown(self):
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self.env['runtime']['settingsManager'].shutdownDriver('screenDriver')
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self.env['runtime']['SettingsManager'].shutdown_driver('ScreenDriver')
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def isCurrScreenIgnoredChanged(self):
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return self.getCurrScreenIgnored() != self.getPrevScreenIgnored()
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def is_curr_screen_ignored_changed(self):
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return self.get_curr_screen_ignored() != self.get_prev_screen_ignored()
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def handleScreenChange(self, eventData):
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self.getCurrScreen()
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self.getSessionInformation()
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self.updateScreenIgnored()
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if self.isCurrScreenIgnoredChanged():
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self.env['runtime']['inputManager'].setExecuteDeviceGrab()
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self.env['runtime']['inputManager'].handleDeviceGrab()
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if not self.isIgnoredScreen(self.env['screen']['newTTY']):
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self.update(eventData, 'onScreenChange')
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def handle_screen_change(self, event_data):
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self.get_curr_screen()
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self.get_session_information()
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self.update_screen_ignored()
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if self.is_curr_screen_ignored_changed():
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self.env['runtime']['InputManager'].set_execute_device_grab()
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self.env['runtime']['InputManager'].handle_device_grab()
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if not self.is_ignored_screen(self.env['screen']['newTTY']):
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self.update(event_data, 'onScreenChange')
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self.env['screen']['lastScreenUpdate'] = time.time()
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else:
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self.env['runtime']['outputManager'].interruptOutput()
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self.env['runtime']['OutputManager'].interrupt_output()
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def handleScreenUpdate(self, eventData):
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self.env['screen']['oldApplication'] = self.env['screen']['newApplication']
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self.updateScreenIgnored()
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if self.isCurrScreenIgnoredChanged():
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self.env['runtime']['inputManager'].setExecuteDeviceGrab()
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self.env['runtime']['inputManager'].handleDeviceGrab()
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if not self.getCurrScreenIgnored():
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self.update(eventData, 'onScreenUpdate')
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def handle_screen_update(self, event_data):
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self.env['screen']['oldApplication'] = self.env['screen']['new_application']
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self.update_screen_ignored()
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if self.is_curr_screen_ignored_changed():
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self.env['runtime']['InputManager'].set_execute_device_grab()
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self.env['runtime']['InputManager'].handle_device_grab()
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if not self.get_curr_screen_ignored():
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self.update(event_data, 'onScreenUpdate')
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self.env['screen']['lastScreenUpdate'] = time.time()
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elif self.isCurrScreenIgnoredChanged():
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self.env['runtime']['outputManager'].interruptOutput()
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elif self.is_curr_screen_ignored_changed():
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self.env['runtime']['OutputManager'].interrupt_output()
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def getCurrScreenIgnored(self):
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def get_curr_screen_ignored(self):
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return self.currScreenIgnored
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def getPrevScreenIgnored(self):
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def get_prev_screen_ignored(self):
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return self.prevScreenIgnored
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def updateScreenIgnored(self):
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def update_screen_ignored(self):
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self.prevScreenIgnored = self.currScreenIgnored
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self.currScreenIgnored = self.isIgnoredScreen(
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self.currScreenIgnored = self.is_ignored_screen(
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self.env['screen']['newTTY'])
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def update(self, eventData, trigger='onUpdate'):
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def update(self, event_data, trigger='onUpdate'):
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# set new "old" values
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self.env['screen']['oldContentBytes'] = self.env['screen']['newContentBytes']
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self.env['screen']['oldContentText'] = self.env['screen']['newContentText']
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self.env['screen']['oldCursor'] = self.env['screen']['newCursor'].copy()
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self.env['screen']['oldDelta'] = self.env['screen']['newDelta']
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self.env['screen']['old_content_text'] = self.env['screen']['new_content_text']
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self.env['screen']['old_cursor'] = self.env['screen']['new_cursor'].copy()
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self.env['screen']['oldDelta'] = self.env['screen']['new_delta']
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self.env['screen']['oldNegativeDelta'] = self.env['screen']['newNegativeDelta']
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self.env['screen']['newContentBytes'] = eventData['bytes']
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self.env['screen']['newContentBytes'] = event_data['bytes']
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# get metadata like cursor or screensize
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self.env['screen']['lines'] = int(eventData['lines'])
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self.env['screen']['columns'] = int(eventData['columns'])
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self.colums = int(eventData['columns'])
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self.rows = int(eventData['lines'])
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self.env['screen']['newCursor']['x'] = int(
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eventData['textCursor']['x'])
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self.env['screen']['newCursor']['y'] = int(
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eventData['textCursor']['y'])
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self.env['screen']['newTTY'] = eventData['screen']
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self.env['screen']['newContentText'] = eventData['text']
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self.env['screen']['lines'] = int(event_data['lines'])
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self.env['screen']['columns'] = int(event_data['columns'])
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self.colums = int(event_data['columns'])
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self.rows = int(event_data['lines'])
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self.env['screen']['new_cursor']['x'] = int(
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event_data['textCursor']['x'])
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self.env['screen']['new_cursor']['y'] = int(
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event_data['textCursor']['y'])
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self.env['screen']['newTTY'] = event_data['screen']
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self.env['screen']['new_content_text'] = event_data['text']
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# screen change
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if self.isScreenChange():
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if self.is_screen_change():
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self.env['screen']['oldContentBytes'] = b''
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self.resetScreenText(eventData['text'])
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self.env['runtime']['attributeManager'].resetAttributes(
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eventData['attributes'])
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self.env['runtime']['attributeManager'].resetAttributeCursor()
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self.env['screen']['oldContentText'] = ''
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self.env['screen']['oldCursor']['x'] = 0
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self.env['screen']['oldCursor']['y'] = 0
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self.reset_screen_text(event_data['text'])
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self.env['runtime']['AttributeManager'].reset_attributes(
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event_data['attributes'])
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self.env['runtime']['AttributeManager'].reset_attribute_cursor()
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self.env['screen']['old_content_text'] = ''
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self.env['screen']['old_cursor']['x'] = 0
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self.env['screen']['old_cursor']['y'] = 0
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self.env['screen']['oldDelta'] = ''
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self.env['screen']['oldNegativeDelta'] = ''
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else:
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self.setScreenText(eventData['text'])
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self.env['runtime']['attributeManager'].setAttributes(
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eventData['attributes'])
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self.set_screen_text(event_data['text'])
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self.env['runtime']['AttributeManager'].set_attributes(
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event_data['attributes'])
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# initialize current deltas
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self.env['screen']['newNegativeDelta'] = ''
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self.env['screen']['newDelta'] = ''
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self.env['runtime']['attributeManager'].resetAttributeDelta()
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self.env['screen']['new_delta'] = ''
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self.env['runtime']['AttributeManager'].reset_attribute_delta()
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# Diff generation - critical for screen reader functionality
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# This code detects and categorizes screen content changes to provide appropriate
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@ -159,40 +159,40 @@ class screenManager():
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# Track whether this appears to be typing (user input) vs other screen
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# changes
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typing = False
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diffList = []
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diff_list = []
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if (self.env['screen']['oldContentText'] !=
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self.env['screen']['newContentText']):
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if (self.env['screen']['old_content_text'] !=
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self.env['screen']['new_content_text']):
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# Special case: Initial screen content (going from empty to populated)
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# This handles first screen load or TTY switch scenarios
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if self.env['screen']['newContentText'] != '' and self.env['screen']['oldContentText'] == '':
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if self.env['screen']['new_content_text'] != '' and self.env['screen']['old_content_text'] == '':
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# Pre-process screen text for comparison - collapse multiple spaces to single space
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# This normalization prevents spurious diffs from spacing
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# inconsistencies
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oldScreenText = self._space_normalize_regex.sub(
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' ', self.env['runtime']['screenManager'].getWindowAreaInText(
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self.env['screen']['oldContentText']))
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newScreenText = self._space_normalize_regex.sub(
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' ', self.env['runtime']['screenManager'].getWindowAreaInText(
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self.env['screen']['newContentText']))
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if oldScreenText == '' and\
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newScreenText != '':
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self.env['screen']['newDelta'] = newScreenText
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old_screen_text = self._space_normalize_regex.sub(
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' ', self.env['runtime']['ScreenManager'].get_window_area_in_text(
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self.env['screen']['old_content_text']))
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new_screen_text = self._space_normalize_regex.sub(
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' ', self.env['runtime']['ScreenManager'].get_window_area_in_text(
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self.env['screen']['new_content_text']))
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if old_screen_text == '' and\
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new_screen_text != '':
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self.env['screen']['new_delta'] = new_screen_text
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else:
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# Calculate byte positions for the current cursor's line in the flat text buffer
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# Formula: (line_number * columns) + line_number accounts for newlines
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# Each line contributes 'columns' chars + 1 newline char
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cursorLineStart = self.env['screen']['newCursor']['y'] * \
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self.env['screen']['columns'] + self.env['screen']['newCursor']['y']
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cursorLineEnd = cursorLineStart + self.env['screen']['columns']
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cursor_line_start = self.env['screen']['new_cursor']['y'] * \
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self.env['screen']['columns'] + self.env['screen']['new_cursor']['y']
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cursor_line_end = cursor_line_start + self.env['screen']['columns']
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# TYPING DETECTION ALGORITHM
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# Determines if this screen change is likely user typing vs other content changes
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# All conditions must be met for typing detection:
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if abs(self.env['screen']['oldCursor']['x'] - self.env['screen']['newCursor']['x']) >= 1 and \
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self.env['screen']['oldCursor']['y'] == self.env['screen']['newCursor']['y'] and \
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self.env['screen']['newContentText'][:cursorLineStart] == self.env['screen']['oldContentText'][:cursorLineStart] and \
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self.env['screen']['newContentText'][cursorLineEnd:] == self.env['screen']['oldContentText'][cursorLineEnd:]:
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if abs(self.env['screen']['old_cursor']['x'] - self.env['screen']['new_cursor']['x']) >= 1 and \
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self.env['screen']['old_cursor']['y'] == self.env['screen']['new_cursor']['y'] and \
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self.env['screen']['new_content_text'][:cursor_line_start] == self.env['screen']['old_content_text'][:cursor_line_start] and \
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self.env['screen']['new_content_text'][cursor_line_end:] == self.env['screen']['old_content_text'][cursor_line_end:]:
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# Condition 1: Cursor moved horizontally by at least 1 position (typical of typing)
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# Condition 2: Cursor stayed on same line (typing doesn't usually change lines)
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# Condition 3: Content BEFORE cursor line is unchanged (text above typing area)
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@ -202,47 +202,47 @@ class screenManager():
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# Optimize diff calculation for typing by focusing on a
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# small window around cursor
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cursorLineStartOffset = cursorLineStart
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cursorLineEndOffset = cursorLineEnd
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cursor_line_start_offset = cursor_line_start
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cursor_line_end_offset = cursor_line_end
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# Limit analysis window to avoid processing entire long lines
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# +3 provides safety buffer beyond cursor position to catch edge cases
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if cursorLineEnd > cursorLineStart + \
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self.env['screen']['newCursor']['x'] + 3:
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cursorLineEndOffset = cursorLineStart + \
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self.env['screen']['newCursor']['x'] + 3
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if cursor_line_end > cursor_line_start + \
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self.env['screen']['new_cursor']['x'] + 3:
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cursor_line_end_offset = cursor_line_start + \
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self.env['screen']['new_cursor']['x'] + 3
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# Extract just the relevant text sections for
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# character-level diff
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oldScreenText = self.env['screen']['oldContentText'][cursorLineStartOffset:cursorLineEndOffset]
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newScreenText = self.env['screen']['newContentText'][cursorLineStartOffset:cursorLineEndOffset]
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old_screen_text = self.env['screen']['old_content_text'][cursor_line_start_offset:cursor_line_end_offset]
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new_screen_text = self.env['screen']['new_content_text'][cursor_line_start_offset:cursor_line_end_offset]
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# Character-level diff for typing detection (not
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# line-level)
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diff = self.differ.compare(oldScreenText, newScreenText)
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diffList = list(diff)
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diff = self.differ.compare(old_screen_text, new_screen_text)
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diff_list = list(diff)
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typing = True
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# Validate typing assumption by checking if detected
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# changes match cursor movement
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tempNewDelta = ''.join(x[2:]
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for x in diffList if x[0] == '+')
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if tempNewDelta.strip() != '':
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temp_new_delta = ''.join(x[2:]
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for x in diff_list if x[0] == '+')
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if temp_new_delta.strip() != '':
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# Compare diff result against expected typing pattern
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# Expected: characters between old and new cursor
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# positions
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expectedTyping = ''.join(
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newScreenText[self.env['screen']['oldCursor']['x']:self.env['screen']['newCursor']['x']].rstrip())
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expected_typing = ''.join(
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new_screen_text[self.env['screen']['old_cursor']['x']:self.env['screen']['new_cursor']['x']].rstrip())
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# If diff doesn't match expected typing pattern, treat
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# as general screen change
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if tempNewDelta != expectedTyping:
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if temp_new_delta != expected_typing:
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# Fallback: treat entire current line as new
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# content
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diffList = [
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diff_list = [
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'+ ' +
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self.env['screen']['newContentText'].split('\n')[
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self.env['screen']['newCursor']['y']] +
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self.env['screen']['new_content_text'].split('\n')[
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self.env['screen']['new_cursor']['y']] +
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'\n']
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typing = False
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else:
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@ -254,16 +254,16 @@ class screenManager():
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# Pre-process screen text for comparison - collapse multiple spaces to single space
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# This normalization prevents spurious diffs from spacing
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# inconsistencies
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oldScreenText = self._space_normalize_regex.sub(
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' ', self.env['runtime']['screenManager'].getWindowAreaInText(
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self.env['screen']['oldContentText']))
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newScreenText = self._space_normalize_regex.sub(
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' ', self.env['runtime']['screenManager'].getWindowAreaInText(
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self.env['screen']['newContentText']))
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old_screen_text = self._space_normalize_regex.sub(
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' ', self.env['runtime']['ScreenManager'].get_window_area_in_text(
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self.env['screen']['old_content_text']))
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new_screen_text = self._space_normalize_regex.sub(
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' ', self.env['runtime']['ScreenManager'].get_window_area_in_text(
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self.env['screen']['new_content_text']))
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diff = self.differ.compare(oldScreenText.split('\n'),
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newScreenText.split('\n'))
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diffList = list(diff)
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diff = self.differ.compare(old_screen_text.split('\n'),
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new_screen_text.split('\n'))
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diff_list = list(diff)
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# Extract added and removed content from diff results
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# Output format depends on whether this was detected as typing
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@ -271,88 +271,88 @@ class screenManager():
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if not typing:
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# Line-based changes: join with newlines for proper speech
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# cadence
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self.env['screen']['newDelta'] = '\n'.join(
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x[2:] for x in diffList if x[0] == '+')
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self.env['screen']['new_delta'] = '\n'.join(
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x[2:] for x in diff_list if x[0] == '+')
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else:
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# Character-based changes: no newlines for smooth typing
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# echo
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self.env['screen']['newDelta'] = ''.join(
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x[2:] for x in diffList if x[0] == '+')
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self.env['screen']['new_delta'] = ''.join(
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x[2:] for x in diff_list if x[0] == '+')
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|
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# Negative delta (removed content) - used for backspace/delete
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# detection
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self.env['screen']['newNegativeDelta'] = ''.join(
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x[2:] for x in diffList if x[0] == '-')
|
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x[2:] for x in diff_list if x[0] == '-')
|
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|
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# track highlighted
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try:
|
||||
if self.env['runtime']['attributeManager'].isAttributeChange():
|
||||
if self.env['runtime']['settingsManager'].getSettingAsBool(
|
||||
if self.env['runtime']['AttributeManager'].is_attribute_change():
|
||||
if self.env['runtime']['SettingsManager'].get_setting_as_bool(
|
||||
'focus', 'highlight'):
|
||||
attributeDelta, attributeCursor = self.env['runtime']['attributeManager'].trackHighlights(
|
||||
attribute_delta, attributeCursor = self.env['runtime']['AttributeManager'].track_highlights(
|
||||
)
|
||||
if attributeCursor:
|
||||
self.env['runtime']['attributeManager'].setAttributeCursor(
|
||||
self.env['runtime']['AttributeManager'].set_attribute_cursor(
|
||||
attributeCursor)
|
||||
self.env['runtime']['attributeManager'].setAttributeDelta(
|
||||
attributeDelta)
|
||||
self.env['runtime']['AttributeManager'].set_attribute_delta(
|
||||
attribute_delta)
|
||||
except Exception as e:
|
||||
self.env['runtime']['debug'].writeDebugOut(
|
||||
'screenManager:update:highlight: ' + str(e), debug.debugLevel.ERROR)
|
||||
self.env['runtime']['DebugManager'].write_debug_out(
|
||||
'ScreenManager:update:highlight: ' + str(e), debug.DebugLevel.ERROR)
|
||||
|
||||
def isIgnoredScreen(self, screen=None):
|
||||
def is_ignored_screen(self, screen=None):
|
||||
if screen is None:
|
||||
screen = self.env['screen']['newTTY']
|
||||
# Check if force all screens flag is set
|
||||
if self.env['runtime'].get('force_all_screens', False):
|
||||
return False
|
||||
ignoreScreens = []
|
||||
fixIgnoreScreens = self.env['runtime']['settingsManager'].getSetting(
|
||||
ignore_screens = []
|
||||
fix_ignore_screens = self.env['runtime']['SettingsManager'].get_setting(
|
||||
'screen', 'ignoreScreen')
|
||||
if fixIgnoreScreens != '':
|
||||
ignoreScreens.extend(fixIgnoreScreens.split(','))
|
||||
if self.env['runtime']['settingsManager'].getSettingAsBool(
|
||||
if fix_ignore_screens != '':
|
||||
ignore_screens.extend(fix_ignore_screens.split(','))
|
||||
if self.env['runtime']['SettingsManager'].get_setting_as_bool(
|
||||
'screen', 'autodetectIgnoreScreen'):
|
||||
ignoreScreens.extend(self.env['screen']['autoIgnoreScreens'])
|
||||
self.env['runtime']['debug'].writeDebugOut(
|
||||
'screenManager:isIgnoredScreen ignore:' +
|
||||
str(ignoreScreens) +
|
||||
ignore_screens.extend(self.env['screen']['autoIgnoreScreens'])
|
||||
self.env['runtime']['DebugManager'].write_debug_out(
|
||||
'ScreenManager:is_ignored_screen ignore:' +
|
||||
str(ignore_screens) +
|
||||
' current:' +
|
||||
str(screen),
|
||||
debug.debugLevel.INFO)
|
||||
return (screen in ignoreScreens)
|
||||
debug.DebugLevel.INFO)
|
||||
return (screen in ignore_screens)
|
||||
|
||||
def isScreenChange(self):
|
||||
def is_screen_change(self):
|
||||
if not self.env['screen']['oldTTY']:
|
||||
return False
|
||||
return self.env['screen']['newTTY'] != self.env['screen']['oldTTY']
|
||||
|
||||
def isDelta(self, ignoreSpace=False):
|
||||
newDelta = self.env['screen']['newDelta']
|
||||
def is_delta(self, ignoreSpace=False):
|
||||
new_delta = self.env['screen']['new_delta']
|
||||
if ignoreSpace:
|
||||
newDelta = newDelta.strip()
|
||||
return newDelta != ''
|
||||
new_delta = new_delta.strip()
|
||||
return new_delta != ''
|
||||
|
||||
def isNegativeDelta(self):
|
||||
def is_negative_delta(self):
|
||||
return self.env['screen']['newNegativeDelta'] != ''
|
||||
|
||||
def getWindowAreaInText(self, text):
|
||||
if not self.env['runtime']['cursorManager'].isApplicationWindowSet():
|
||||
def get_window_area_in_text(self, text):
|
||||
if not self.env['runtime']['CursorManager'].is_application_window_set():
|
||||
return text
|
||||
windowText = ''
|
||||
windowList = text.split('\n')
|
||||
currApp = self.env['runtime']['applicationManager'].getCurrentApplication()
|
||||
windowList = windowList[self.env['commandBuffer']['windowArea'][currApp][
|
||||
'1']['y']:self.env['commandBuffer']['windowArea'][currApp]['2']['y'] + 1]
|
||||
for line in windowList:
|
||||
windowText += line[self.env['commandBuffer']['windowArea'][currApp]['1']['x']
|
||||
:self.env['commandBuffer']['windowArea'][currApp]['2']['x'] + 1] + '\n'
|
||||
return windowText
|
||||
window_text = ''
|
||||
window_list = text.split('\n')
|
||||
curr_app = self.env['runtime']['ApplicationManager'].get_current_application()
|
||||
window_list = window_list[self.env['commandBuffer']['windowArea'][curr_app][
|
||||
'1']['y']:self.env['commandBuffer']['windowArea'][curr_app]['2']['y'] + 1]
|
||||
for line in window_list:
|
||||
window_text += line[self.env['commandBuffer']['windowArea'][curr_app]['1']['x']
|
||||
:self.env['commandBuffer']['windowArea'][curr_app]['2']['x'] + 1] + '\n'
|
||||
return window_text
|
||||
|
||||
def injectTextToScreen(self, text, screen=None):
|
||||
def inject_text_to_screen(self, text, screen=None):
|
||||
try:
|
||||
self.env['runtime']['screenDriver'].injectTextToScreen(
|
||||
self.env['runtime']['ScreenDriver'].inject_text_to_screen(
|
||||
text, screen)
|
||||
except Exception as e:
|
||||
self.env['runtime']['debug'].writeDebugOut(
|
||||
'screenManager:injectTextToScreen ' + str(e), debug.debugLevel.ERROR)
|
||||
self.env['runtime']['DebugManager'].write_debug_out(
|
||||
'ScreenManager:inject_text_to_screen ' + str(e), debug.DebugLevel.ERROR)
|
||||
|
||||
Reference in New Issue
Block a user