def update(self):
"""
add data to Category settings
retrieves data from database for a particular 'catid'
"""
#/// add data ///
self.clear_widgets()
#define structure of fields (like an INI file)
config = ConfigParser()
config.add_section('market')
config.add_section('location')
#--- set values (needs to come from database)
#config.set('category','category_name','TestnameID: ' + str(self.catid))
if self.data == None:
config.set('market','day','Enter the market DAY here')
config.set('location','lon','enter longitude here')
config.set('location','lat','enter latitude here')
config.set('location','place_name','enter place name here')
config.set('location','ranking','Ranking here')
config.set('location','visited',False)
else:
config.set('market','day',self.data['day'])
return config
class AddCardMenuScreen(Screen):
question = ""
answer = ""
def __init__(self):
Screen.__init__(self)
self.name = "add"
self.config = ConfigParser()
self.config.add_section("add")
self.config.set("add", "question", "Question")
self.config.set("add", "answer", "Answer")
self.config.set("add", "make", "action")
self.config.add_callback(self.update_qa, section="add", key="question")
self.config.add_callback(self.update_qa, section="add", key="answer")
self.menu = SettingsWithNoMenu()
self.menu.register_type("action", FlashcardAppManager.SettingDoAction)
self.menu.add_json_panel("Add a card", self.config, os.path.join(os.path.dirname(__file__), 'add_menu.json'))
self.add_widget(self.menu)
def update_qa(self, *args):
FlashcardAppManager.AddCardMenuScreen.question = self.config.get('add', 'question')
FlashcardAppManager.AddCardMenuScreen.answer = self.config.get('add', 'answer')
def Config_GetDefault_Str(*, oConfig: ConfigParser, uSection: str,
uOption: str, vDefaultValue: Union[None, bool,
str]) -> str:
"""
Replacement for the kivy function
:param oConfig: The configparser object
:param uSection: The name of the section
:param uOption: The name of the option
:param vDefaultValue: The default value
:return: The value of an ini setting or the default value
"""
uDefaultValue: str = u""
if not oConfig.has_section(uSection):
oConfig.add_section(uSection)
if not oConfig.has_option(uSection, uOption):
if vDefaultValue is not None:
if type(vDefaultValue) == bool:
if vDefaultValue:
uDefaultValue: str = u'1'
else:
uDefaultValue: str = u'0'
else:
uDefaultValue = vDefaultValue
oConfig.set(uSection, uOption, uDefaultValue)
return uDefaultValue
uRetVal: str = ToUnicode(oConfig.get(uSection, uOption))
return uRetVal
class EditCardMenuScreen(Screen):
question = ""
answer = ""
nquestion = ""
nanswer = ""
EditCardMenuConfig = None
def update_qa(self, *args):
FlashcardAppManager.EditCardMenuScreen.nquestion = self.config.get('edit', 'nquestion')
FlashcardAppManager.EditCardMenuScreen.nanswer = self.config.get("edit", "nanswer")
def __init__(self):
Screen.__init__(self)
self.name = "edit"
self.config = ConfigParser()
self.config.add_section("edit")
self.config.set("edit", "question", "Question")
self.config.set("edit", "answer", "Answer")
self.config.set("edit", "nquestion", "Question")
self.config.set("edit", "nanswer", "Answer")
self.config.set("edit", "edit", "action")
FlashcardAppManager.EditCardMenuScreen.question = self.config.get('edit', 'question')
FlashcardAppManager.EditCardMenuScreen.answer = self.config.get('edit', 'answer')
FlashcardAppManager.EditCardMenuScreen.nquestion = self.config.get('edit', 'nquestion')
FlashcardAppManager.EditCardMenuScreen.nanswer = self.config.get('edit', 'nanswer')
self.config.add_callback(self.update_qa, section="edit", key="nquestion")
self.config.add_callback(self.update_qa, section="edit", key="nanswer")
self.menu = SettingsWithNoMenu()
self.menu.register_type("action", FlashcardAppManager.SettingDoAction)
self.menu.add_json_panel("Add a card", self.config, os.path.join(os.path.dirname(__file__), 'edit_menu.json'))
FlashcardAppManager.EditCardMenuScreen.EditCardMenuConfig = self.config
self.add_widget(self.menu)
def on_pre_enter(self, *args):
FlashcardAppManager.EditCardMenuScreen.question = FlashcardAppManager.deck_widget.deck.get_selected().get_question()
FlashcardAppManager.EditCardMenuScreen.answer = FlashcardAppManager.deck_widget.deck.get_selected().get_answer()
self.config.set("edit", "question", FlashcardAppManager.EditCardMenuScreen.question)
self.config.set("edit", "answer", FlashcardAppManager.EditCardMenuScreen.answer)
def update(self):
self.clear_widgets()
#define structure of fields (like an INI file)
config = ConfigParser()
config.add_section('general')
config.add_section('location')
config.add_section('icon_file')
#--- set values (needs to come from database) todo
#config.set('general','place_name','Name of the place: ' + str(self.placeid))
if self.data == None:
config.set('location','lat','Enter lat here')
config.set('location','lon','This is a dummy lon.')
config.set('general','place_name','This is a dummy which should never be seen')
config.set('general','category_name','This is a dummy which should never be seen')
config.set('general','ranking','This is a dummy which should never be seen')
config.set('general','visited','This is a dummy which should never be seen')
config.set('icon_file','icon_file','This is a dummy which should never be seen')
else:
place = self.data
config.set('location','lat',place.lat)
config.set('location','lon',place.lon)
config.set('general','place_name',place.name)
config.set('general','category_name',place.cat_name )
config.set('general','ranking', self._ranking2str(place.stars))
config.set('general','visited',place.status)
config.set('icon_file','icon_file','Testpath') #todo:how to deal with image data ???
return config
class MenuScreen(Screen):
def __init__(self):
Screen.__init__(self)
self.name = 'menu'
self.config = ConfigParser()
self.config.add_section("deck")
self.config.add_section("card")
self.config.adddefaultsection("menu")
self.config.set("deck", "start_studying", 1)
self.config.set("deck", "change_deck_mode", "Normal")
self.config.set("deck", "show_list", True)
self.config.set("deck", "undo", True)
self.config.set("deck", "redo", True)
self.config.set("card", "add", "")
self.config.set("card", "edit", True)
self.config.set("card", "remove", True)
self.config.add_callback(self.check_deck_locks, "deck", "redo")
self.config.add_callback(self.check_deck_locks, "deck", "undo")
self.config.add_callback(self.check_card_locks, "card", "edit")
self.config.add_callback(self.check_card_locks, "card", "add")
self.menu = SettingsWithNoMenu()
self.menu.register_type("screen", FlashcardAppManager.SettingNewScreen)
self.menu.register_type("action", FlashcardAppManager.SettingDoAction)
self.menu.add_json_panel("Flashcards", self.config, os.path.join(os.path.dirname(__file__), 'menu.json'))
self.add_widget(self.menu)
def check_deck_locks(self, section, key, value):
print(self.config.get(section, key))
def check_card_locks(self, section, key, value):
print()
def update(self):
"""
add data to Category settings
retrieves data from database for a particular 'catid'
"""
#/// add data ///
self.clear_widgets()
#define structure of fields (like an INI file)
config = ConfigParser()
config.add_section('category')
config.add_section('icon_file')
#--- set values (needs to come from database)
#config.set('category','category_name','TestnameID: ' + str(self.catid))
if self.data == None:
config.set('category','category_name','Enter your category name here')
else:
config.set('category','category_name',self.data['name'])
config.set('icon_file','icon_file','Testpath') #todo:how to deal with image data ???
return config
class Settings(object):
__slots__ = [
'cfgfilename', 'background_source', 'max_stacksize', 'color_mode',
'input_channel', 'video_src', 'video_width', 'video_height',
'show_inp', 'show_out', 'show_vec', 'show_z', 'show_help',
'stack_status', 'single_thread', 'show_ihist', 'show_ohist', 'out',
'loop', 'run', 'x_avg', 'y_avg', 'full_avg', 'indzoom', 'indzoominc',
'log', 'logfile', 'loghandle', 'vecx', 'vecy', 'vecoldx', 'vecoldy',
'vecxcenter', 'vecycenter', 'vecxoffset', 'vecyoffset', 'out_xcenter',
'out_xscale', 'out_ycenter', 'out_yscale', 'actuator', 'actuator_parm',
'dout_active', 'override_active', 'joyx', 'joyy', 'joyxaxis',
'joyyaxis', 'joyaaxis', 'joybaxis', 'joyhat', 'joyoldx', 'joyoldy',
'joymaxx', 'joymaxy', 'proc_thread_run', 'proc_fps', 'output_fps',
'recordi', 'recordv', 'imgindx', 'video', 'output_dir', 'image_dst',
'blr_inp', 'blr_out', 'blr_strength', 'equ_inp', 'equ_out', 'dnz_inp',
'dnz_out', 'dnz_inp_str', 'dnz_out_str', 'flt_inp', 'flt_out',
'flt_inp_strength', 'flt_out_strength', 'flt_inp_kernel',
'flt_out_kernel', 'trfilter', 'trslope', 'trtrigger', 'trpre', 'trflt',
'trpref', 'output_file', 'inp_kernel', 'out_kernel', 'flip_x',
'flip_y', 'mode_prc', 'pseudoc', 'dyn_dark', 'gain_inp', 'gain_out',
'offset_inp', 'offset_out', 'stb_inp', 'stb_out', 'vec_zoom', 'green',
'red', 'blue', 'black', 'Config', 'kernels', 'numkernels',
'flt_inp_name', 'flt_out_name', 'rootwidget', 'imagestack',
'disp_image', 'oimage', 'iimage', 'act', 'vecz', 'procthread',
'numframes', 'raspicam', 'timestring', 'cap_prop_frame_width',
'cap_prop_frame_height', 'cap_prop_pos_frames', 'prop_fourcc',
'xorvalue', 'xormask1', 'xormask2', 'mask', 'background',
'actuator_class', 'vectype'
]
def __init__(self):
self.Config = ConfigParser()
self.Config.add_section('Input')
self.Config.add_section('Processor')
self.Config.add_section('Output')
# default values
self.cfgfilename = 'default.conf'
self.background_source = 'assets/background.png'
self.max_stacksize = 255 # Max. No. of frames in stack
self.numframes = 128
self.color_mode = -1 # Greyscale output
self.input_channel = 0 # Greyscale input
self.video_src = 0 # Default camera
self.video_width = 1024
self.video_height = 768
self.show_inp = True
self.show_out = True
self.show_vec = False
self.show_z = True
self.show_help = False
self.stack_status = False
self.single_thread = False
self.show_ihist = False
self.show_ohist = False
self.out = None
self.background = None
self.loop = True
self.run = True
self.raspicam = False
self.xorvalue = False
self.xormask1 = None
self.xormask2 = None
# opencv properties
self.cap_prop_frame_width = 3
self.cap_prop_frame_height = 4
self.cap_prop_pos_frames = 1
self.prop_fourcc = 'YUYV'
# variables for vector display and actuators
self.x_avg = 0
self.y_avg = 0
self.full_avg = 0
self.indzoom = 1
self.indzoominc = 0
self.log = False
self.logfile = 'none'
self.loghandle = None
self.vecx = 0
self.vecy = 0
self.vecoldx = 0
self.vecoldy = 0
self.vecxcenter = 0
self.vecycenter = 0
self.vecxoffset = 0
self.vecyoffset = 0
self.out_xcenter = 0
self.out_ycenter = 0
self.out_xscale = 0
self.out_yscale = 0
self.actuator = False
self.actuator_class = 'Paint'
self.actuator_parm = '127.0.0.1:9003'
self.dout_active = False
self.override_active = True
self.vectype = 1
# joystick Configuration
self.joyx = 0
self.joyy = 0
self.joyxaxis = 2
self.joyyaxis = 3
self.joyaaxis = 0
self.joybaxis = 1
self.joyhat = 0
self.joyoldx = 0
self.joyoldy = 0
self.joymaxx = 32768
self.joymaxy = 32768
# timing settings for processing and display threads
self.proc_thread_run = True
self.proc_fps = 1.0 / 30.0
self.output_fps = 1.0 / 25.0
# settings for transient filter
self.trfilter = False
self.trslope = 1
self.trtrigger = 1
self.trpre = 0
self.trflt = 0
self.trpref = 0
# settings for video and image sequence recording
self.recordi = False
self.recordv = False
self.imgindx = 0
self.video = None
self.output_file = None
self.output_dir = './output/'
self.image_dst = self.output_dir
# switches for image filters and tools
self.blr_inp = False
self.blr_out = False
self.blr_strength = 7
self.equ_inp = 0
self.equ_out = 0
self.dnz_inp = False
self.dnz_out = False
self.dnz_inp_str = 33
self.dnz_out_str = 33
self.flt_inp = 0
self.flt_out = 0
self.flt_inp_strength = 0
self.flt_out_strength = 0
self.flt_inp_kernel = None
self.flt_out_kernel = None
self.flip_x = False
self.flip_y = False
self.inp_kernel = None
self.out_kernel = None
self.mode_prc = 0
self.pseudoc = False
self.dyn_dark = 4
self.gain_inp = 1.0
self.gain_out = 1.0
self.offset_inp = 0
self.offset_out = 0
self.stb_inp = False
self.stb_out = False
self.vec_zoom = 0.1
self.green = (0, 255, 0)
self.red = (0, 0, 255)
self.blue = (255, 0, 0)
self.black = (0, 0, 0)
self.mask = 0
# self.set_defaults()
def gettime(self):
self.timestring = time.strftime("%Y%m%d-%H%M%S", time.gmtime())
return self.timestring
def write_config(self, filename, widget):
if filename is None:
filename = self.cfgfilename
# Section 'Input'
self.Config.set('Input', 'play_mode', widget.playmode_wid.text)
self.Config.set('Input', 'video_src', self.video_src)
self.Config.set('Input', 'video_width', self.video_width)
self.Config.set('Input', 'video_height', self.video_height)
self.Config.set('Input', 'video_codec', self.prop_fourcc)
self.Config.set('Input', 'input', widget.inp_wid.state)
self.Config.set('Input', 'flip_x', widget.flipx_wid.state)
self.Config.set('Input', 'flip_y', widget.flipy_wid.state)
self.Config.set('Input', 'blr_inp', widget.iblur_wid.state)
self.Config.set('Input', 'equ_inp', widget.iequ_wid.text)
self.Config.set('Input', 'dnz_inp', widget.idnz_wid.state)
self.Config.set('Input', 'dnz_inp_str', self.dnz_inp_str)
self.Config.set('Input', 'flt_inp', widget.iflt_wid.text)
self.Config.set('Input', 'flt_inp_strength', self.flt_inp_strength)
self.Config.set('Input', 'stb_inp', widget.istab_wid.state)
self.Config.set('Input', 'gain_inp', widget.igain_wid.value)
self.Config.set('Input', 'offset_inp', widget.ioffset_wid.value)
self.Config.set('Input', 'color_channel', widget.ichan_wid.text)
# Section 'Processor'
self.Config.set('Processor', 'mask', widget.mask_wid.text)
self.Config.set('Processor', 'mode_prc', widget.proc_wid.text)
self.Config.set('Processor', 'dyn_dark', widget.dark_wid.text)
self.Config.set('Processor', 'blr_strength', self.blr_strength)
self.Config.set('Processor', 'stack_size', widget.stack_wid.value)
self.Config.set('Processor', 'ind_zoom', widget.indzoom_wid.value)
self.Config.set('Processor', 'dout', widget.dout_wid.state)
self.Config.set('Processor', 'vectype', widget.vectype_wid.text)
self.Config.set('Processor', 'actuator', widget.actuator_wid.state)
self.Config.set('Processor', 'actuator_class', self.actuator_class)
self.Config.set('Processor', 'actuator_parm', self.actuator_parm)
self.Config.set('Processor', 'override', widget.override_wid.state)
# Section 'Output'
self.Config.set('Output', 'output', widget.out_wid.state)
self.Config.set('Output', 'output_dir', self.output_dir)
self.Config.set('Output', 'recorder', widget.recorder_wid.text)
self.Config.set('Output', 'blr_out', widget.oblur_wid.state)
self.Config.set('Output', 'equ_out', widget.oequ_wid.text)
self.Config.set('Output', 'dnz_out', widget.odnz_wid.state)
self.Config.set('Output', 'dnz_out_str', self.dnz_out_str)
self.Config.set('Output', 'flt_out', widget.oflt_wid.text)
self.Config.set('Output', 'flt_out_strength', self.flt_out_strength)
self.Config.set('Output', 'stb_out', widget.ostab_wid.state)
self.Config.set('Output', 'gain_out', widget.ogain_wid.value)
self.Config.set('Output', 'offset_out', widget.ooffset_wid.value)
self.Config.set('Output', 'color_mode', widget.colors_wid.text)
self.Config.set('Output', 'background_source', self.background_source)
self.Config.set('Output', 'osd', widget.osd_wid.state)
self.Config.set('Output', 'hud', widget.vec_wid.state)
self.Config.set('Output', 'trf_mode', widget.trf_wid.text)
self.Config.set('Output', 'trf_trig', self.trtrigger)
self.Config.read(filename)
self.Config.write()
def read_parms(self, filename):
if os.path.isfile(filename):
self.Config.read(filename)
# Section 'Input'
self.video_src = self.Config.get('Input', 'video_src')
self.video_width = int(self.Config.get('Input', 'video_width'))
self.video_height = int(self.Config.get('Input', 'video_height'))
self.prop_fourcc = self.Config.get('Input', 'video_codec')
self.dnz_inp_str = float(self.Config.get('Input', 'dnz_inp_str'))
self.flt_inp_strength = float(
self.Config.get('Input', 'flt_inp_strength'))
# Section 'Processor'
self.blr_strength = int(
self.Config.get('Processor', 'blr_strength'))
self.actuator_class = self.Config.get('Processor',
'actuator_class')
self.actuator_parm = self.Config.get('Processor', 'actuator_parm')
# Section 'Output'
self.output_dir = self.Config.get('Output', 'output_dir')
self.dnz_out_str = float(self.Config.get('Output', 'dnz_out_str'))
self.flt_out_strength = float(
self.Config.get('Output', 'flt_out_strength'))
self.background_source = self.Config.get('Output',
'background_source')
self.trtrigger = self.Config.get('Output', 'trf_trig')
else:
print('File ' + str(filename) + ' does not exist.')
def read_ui_parms(self, filename, widget):
if os.path.isfile(filename):
self.Config.read(filename)
# Section 'Input'
widget.playmode_wid.text = self.Config.get('Input', 'play_mode')
widget.inp_wid.state = self.Config.get('Input', 'input')
widget.flipx_wid.state = self.Config.get('Input', 'flip_x')
widget.flipy_wid.state = self.Config.get('Input', 'flip_y')
widget.iblur_wid.state = self.Config.get('Input', 'blr_inp')
widget.iequ_wid.text = self.Config.get('Input', 'equ_inp')
widget.idnz_wid.state = self.Config.get('Input', 'dnz_inp')
widget.iflt_wid.text = self.Config.get('Input', 'flt_inp')
widget.istab_wid.state = self.Config.get('Input', 'stb_inp')
widget.igain_wid.value = float(self.Config.get(
'Input', 'gain_inp'))
widget.ioffset_wid.value = float(
self.Config.get('Input', 'offset_inp'))
widget.ichan_wid.text = self.Config.get('Input', 'color_channel')
# Section 'Processor'
widget.mask_wid.text = self.Config.get('Processor', 'mask')
widget.proc_wid.text = self.Config.get('Processor', 'mode_prc')
widget.dark_wid.text = self.Config.get('Processor', 'dyn_dark')
widget.vectype_wid.text = self.Config.get('Processor', 'vectype')
widget.stack_wid.value = int(
self.Config.get('Processor', 'stack_size'))
widget.indzoom_wid.value = float(
self.Config.get('Processor', 'ind_zoom'))
widget.dout_wid.state = self.Config.get('Processor', 'dout')
widget.actuator_wid.state = self.Config.get(
'Processor', 'actuator')
widget.override_wid.state = self.Config.get(
'Processor', 'override')
# Section 'Output'
widget.out_wid.state = self.Config.get('Output', 'output')
widget.recorder_wid.text = self.Config.get('Output', 'recorder')
widget.oblur_wid.state = self.Config.get('Output', 'blr_out')
widget.oequ_wid.text = self.Config.get('Output', 'equ_out')
widget.odnz_wid.state = self.Config.get('Output', 'dnz_out')
widget.oflt_wid.text = self.Config.get('Output', 'flt_out')
widget.ostab_wid.state = self.Config.get('Output', 'stb_out')
widget.ogain_wid.value = float(
self.Config.get('Output', 'gain_out'))
widget.ooffset_wid.value = float(
self.Config.get('Output', 'offset_out'))
widget.colors_wid.text = self.Config.get('Output', 'color_mode')
widget.osd_wid.state = self.Config.get('Output', 'osd')
widget.vec_wid.state = self.Config.get('Output', 'hud')
widget.trf_wid.text = self.Config.get('Output', 'trf_mode')
else:
print('File ' + str(filename) + ' does not exist.')
class cBaseScript(object):
''' basic script class to inherit all scrpts from '''
def __init__(self):
self.bIsInit = False
self.uMyPath = u''
self.uScriptName = u''
self.uScriptFile = u''
self.iMyVersion = ToIntVersion('1.0.0')
self.fOrcaVersion = ToIntVersion('1.0.0')
self.uType = u'Generic'
self.uSubType = u'Generic'
self.aScriptIniSettings = QueryDict()
self.oConfigParser = KivyConfigParser()
self.uDefaultConfigName = ""
self.uConfigFileName = ""
self.uSection = ""
def RunScript(self, args):
''' Dummy '''
pass
def Init(self,oParORCA,uScriptName,uScriptFile):
''' Initializes the script '''
self.bIsInit = True
self.uScriptName = uScriptName
self.uScriptFile = uScriptFile
self.uDefaultConfigName = uScriptName
self.uMyPath = AdjustPathToOs(oORCA.uScriptsPath+'/'+self.uScriptName)
if not os.path.exists(self.uMyPath):
CreateDir(self.uMyPath)
oORCA.oTheScreen.oLanguage.LoadXmlFile("SCRIPT", uScriptName)
self.uConfigFileName = AdjustPathToOs(self.uMyPath+u'/config.ini')
oRepManagerEntry=cRepManagerEntry()
oRepManagerEntry.uFileName=uScriptFile
if oRepManagerEntry.ParseFromSourceFile():
self.iMyVersion = oRepManagerEntry.oRepEntry.iVersion
self.fOrcaVersion = oRepManagerEntry.oRepEntry.iMinOrcaVersion
#OrcaVersion defines for what Orca Version the Interface has been developed
self.ShowDebug(u'Init')
if not FileExists(self.uConfigFileName):
self.CreateAndInitializeIniFile()
oRepManagerEntry=cRepManagerEntry()
oRepManagerEntry.uFileName=uScriptFile
if oRepManagerEntry.ParseFromSourceFile():
self.iMyVersion = oRepManagerEntry.oRepEntry.iVersion
self.fOrcaVersion = oRepManagerEntry.oRepEntry.iMinOrcaVersion
#OrcaVersion defines for what Orca Version the Script has been developed
self.ReadConfigFromIniFile(self.uDefaultConfigName)
def InitializeSection(self,uSection):
''' Initializes a section in the config.ini file for the script '''
self.ReadConfigFromIniFile(uSection)
def CreateAndInitializeIniFile(self):
''' Creates the ini file '''
self.oConfigParser.add_section(self.uDefaultConfigName)
self.InitializeSection(self.uDefaultConfigName)
self.oConfigParser.write()
def LoadConfig(self):
''' loads a config from the ini file '''
self.oConfigParser.filename=self.uConfigFileName
if len(self.oConfigParser._sections)==0:
if FileExists(self.uConfigFileName):
self.ShowDebug(u'Reading Config File')
self.oConfigParser.read(self.uConfigFileName)
def GetConfigJSONStringforSection(self,uSection):
''' dummy '''
return u'{}'
def ReadConfigFromIniFile(self,uConfigName):
''' reads a config from the ini file '''
self.uSection = uConfigName
try:
SetVar('ScriptConfigSection',uConfigName)
self.LoadConfig()
oIniDef = json.loads(self.GetConfigJSONStringforSection(uConfigName))
for oLine in oIniDef:
uType = oLine.get("type")
uKey = oLine.get("key")
uDefault = oLine.get("default")
if uType == "scrolloptions" or uType == "string":
uPre = "u" + uKey
self.aScriptIniSettings[uPre]=Config_getdefault(self.oConfigParser,self.uSection, uKey,uDefault)
elif uType == "numeric" or uType == "numericslider":
uPre= "i" + uKey
self.aScriptIniSettings[uPre]=ToInt(Config_getdefault(self.oConfigParser,self.uSection, uKey,uDefault))
elif uType == "numericfloat" :
uPre= "f" + uKey
self.aScriptIniSettings[uPre]=ToFloat(Config_getdefault(self.oConfigParser,self.uSection, uKey,uDefault))
elif uType == "bool":
uPre = "b" + uKey
self.aScriptIniSettings[uPre]=ToBool(Config_getdefault(self.oConfigParser,self.uSection, uKey,uDefault))
elif uType == "title":
pass
else:
self.ShowError(u'Cannot read config name (base), wrong attribute:'+self.uConfigFileName + u' Section:'+self.uSection+" " +oLine["type"])
except Exception as e:
self.ShowError(u'Cannot read config name (base):'+self.uConfigFileName + u' Section:'+self.uSection,e)
return
def DeInit(self):
''' deinitializes the ini file '''
self.ShowDebug(u'DeInit')
def OnPause(self):
''' called by system, if the device goes on pause '''
self.ShowInfo(u'OnPause')
def OnResume(self):
''' called by system, if the device resumes '''
self.ShowInfo(u'OnResume')
def ShowWarning(self,uMsg):
''' creates a warning debug line '''
uRet=u'Script '+self.uScriptName+u': '+ uMsg
Logger.warning (uRet)
return uRet
def ShowDebug(self,uMsg):
''' creates a debug line '''
uRet=u'Script '+self.uScriptName+u': '+ uMsg
Logger.debug (uRet)
return uRet
def ShowInfo(self,uMsg):
''' creates a info debug line '''
uRet=u'Script '+self.uScriptName+u': '+ uMsg
Logger.info (uRet)
return uRet
def ShowError(self,uMsg,oException=None):
''' creates a error debug line '''
iErrNo = 0
if oException!=None:
if hasattr(oException,'errno'):
iErrNo=oException.errno
if iErrNo is None:
iErrNo=12345
uRet=LogErrorSmall (u'Script '+self.uScriptName+u': '+ uMsg + " (%d) " % (iErrNo),oException)
return uRet
def _ReadConfig(self):
''' reads the config for the settings dialog '''
oConfig = KivyConfigParser()
oConfig.read(self.uConfigFileName)
return oConfig
def ConfigScriptSettings(self,oScriptSetting):
''' for here we need a separate config object '''
self.oConfigParser=self._ReadConfig()
oScriptSetting.register_type('buttons' , SettingButtons)
oScriptSetting.register_type('numericslider' , SettingNumericSlider)
oScriptSetting.register_type('numericfloat' , SettingNumeric)
oScriptSetting.register_type('scrolloptions' , SettingScrollOptions)
SetVar('ScriptConfigSection',self.uDefaultConfigName)
uSettingsJSON=self.GetConfigJSONStringforSection(self.uDefaultConfigName)
self.ReadConfigFromIniFile(self.uDefaultConfigName)
if uSettingsJSON==u'{}':
return self.On_SettingsClose(None)
uSettingsJSON=ReplaceVars(uSettingsJSON)
oScriptSetting.add_json_panel(self.uDefaultConfigName,self.oConfigParser, data=uSettingsJSON)
oScriptSetting.bind(on_close=self.On_SettingsClose)
return oScriptSetting
def On_SettingsClose(self,instance):
''' Dispatched when the user closes the settings dialog '''
oORCA.DispatchSystemKey('buttonclosesetting_script')
return True
def ShowSettings(self):
''' shows the settings dialog '''
oORCA.oTheScreen.AddActionToQueue([{'string':'updatewidget','widgetname':'Scriptsettings'}])
class cScriptConfig(object):
""" Class to manage the initialisation/configuration and access the the settings of an Script settings objects
"""
def __init__(self, oScript):
self.oScript = oScript
self.oConfigParser = KivyConfigParser()
self.oFnConfig = None
self.uCurrentSection = None
self.uDefaultConfigName = u'SCRIPTDEFAULT'
self.aDiscoverScriptList = None
self.oInputKeyboard = None
self.dDefaultSettings = {
"SettingTitle": {
"active": "enabled",
"order": 0,
"type": "title",
"title": "$lvar(560)"
},
"TimeOut": {
"active": "disabled",
"order": 1,
"type": "numericfloat",
"title": "$lvar(6019)",
"desc": "$lvar(6020)",
"section": "$var(ScriptConfigSection)",
"key": "TimeOut",
"default": "1.0"
},
"Host": {
"active": "disabled",
"order": 5,
"type": "string",
"title": "$lvar(6004)",
"desc": "$lvar(6005)",
"section": "$var(ScriptConfigSection)",
"key": "Host",
"default": "192.168.1.2"
},
"Port": {
"active": "disabled",
"order": 6,
"type": "string",
"title": "$lvar(6002)",
"desc": "$lvar(6003)",
"section": "$var(ScriptConfigSection)",
"key": "Port",
"default": "80"
},
"User": {
"active": "disabled",
"order": 7,
"type": "string",
"title": "$lvar(6006)",
"desc": "$lvar(6007)",
"section": "$var(ScriptConfigSection)",
"key": "User",
"default": ""
},
"Password": {
"active": "disabled",
"order": 8,
"type": "string",
"title": "$lvar(6008)",
"desc": "$lvar(6009)",
"section": "$var(ScriptConfigSection)",
"key": "Password",
"default": ""
},
"ConfigChangeButtons": {
"active":
"disabled",
"order":
999,
"type":
"buttons",
"title":
"$lvar(565)",
"desc":
"$lvar(566)",
"section":
"$var(ScriptConfigSection)",
"key":
"configchangebuttons",
"buttons": [{
"title": "$lvar(569)",
"id": "button_add"
}, {
"title": "$lvar(570)",
"id": "button_delete"
}, {
"title": "$lvar(571)",
"id": "button_rename"
}]
},
}
self.dSettingsCombined = {}
def Init(self):
""" Init function, sets the configuration file name and add the default sections """
self.oFnConfig = cFileName(self.oScript.oPathMy) + u'config.ini'
if not self.oFnConfig.Exists():
self.oConfigParser.filename = self.oFnConfig.string
self.CreateSection(uSectionName=self.uDefaultConfigName)
def LoadConfig(self):
""" Loads the config file (only once) """
try:
self.oConfigParser.filename = self.oFnConfig.string
if len(self.oConfigParser._sections) == 0:
if self.oFnConfig.Exists():
self.oScript.ShowDebug(u'Reading Config File')
self.oConfigParser.read(self.oFnConfig.string)
except Exception as e:
self.oScript.ShowError(
u"can\'t load config file: %s" % self.oFnConfig.string, None,
e)
def CreateSection(self, uSectionName):
"""
Adds a new section to the config parser
:param string uSectionName: The name of the section to create
"""
self.oScript.ShowDebug('Adding new section [%s]' % (uSectionName))
self.oConfigParser.add_section(uSectionName)
self.oConfigParser.write()
def GetSettingParFromIni(self, uSectionName, uVarName):
"""
Returns a setting for the configuration ini file
If the entry does not exist, it tries to puls the value from the aInterFaceIniSettings dict of already predifined settings
If not exist there as well, an error will be logged
:rtype: string|None
:param string uSectionName: The name of the section
:param uVarName: The name of the parameter/setting in the section
:return: The value of the setting, empty string if not found
"""
oSetting = self.oScript.GetSettingObjectForConfigName(uSectionName)
uResult = Config_GetDefault_Str(self.oConfigParser, uSectionName,
uVarName, None)
if uResult is None:
uResult = str(oSetting.aScriptIniSettings.queryget(uVarName))
if uResult is None:
uResult = ''
self.oScript.ShowError(u'can\'t find script setting: %s:%s' %
(uSectionName, uVarName))
else:
self.oScript.ShowDebug(u'Returning script setting: %s from %s:%s' %
(uResult, uSectionName, uVarName))
return uResult
def WriteDefinitionConfigPar(self,
uSectionName,
uVarName,
uVarValue,
bNowrite=False,
bForce=False):
""" Writes a variable to the config file
:param string uSectionName: The name of the section
:param string uVarName: The name of the parameter/setting in the section
:param string uVarValue: The value for the setting
:param bool bNowrite: Flag, if we should not immidiatly write the the setting
:param bool bForce: Flag to force write, even if parameter exists in config
"""
self.LoadConfig()
if not self.oConfigParser.has_section(uSectionName):
self.CreateSection(uSectionName=uSectionName)
if self.oConfigParser.has_option(uSectionName, uVarName):
if not bForce:
return
self.oConfigParser.set(uSectionName, uVarName, uVarValue)
if not bNowrite:
self.oConfigParser.write()
for uSettingName in self.oScript.aSettings:
oSetting = self.oScript.aSettings[uSettingName]
if oSetting.uConfigName == uSectionName:
oSetting.aScriptIniSettings[uVarName] = uVarValue
break
def WriteDefinitionConfig(self, uSectionName, dSettings):
"""
writes all vars given in a dictionary to the config file
:param string uSectionName: The name of the section
:param dict dSettings: A dict of all settings to write
"""
for uKey in dSettings:
self.WriteDefinitionConfigPar(uSectionName=uSectionName,
uVarName=uKey,
uVarValue=dSettings[uKey],
bNowrite=True)
self.oConfigParser.write()
def ConfigureKivySettings(self, oKivySetting):
"""
Create the JSON string for all sections and applies it to a kivy settings object
Discover settings are excluded
:param setting oKivySetting:
:return: The KivySetting object
"""
RegisterSettingTypes(oKivySetting)
aSections = self.oConfigParser.sections()
if len(aSections) == 0:
self.CreateSection(uSectionName=self.uDefaultConfigName)
for uSection in aSections:
# the Section list should be applied as a orca var
SetVar(uVarName=u'ScriptConfigSection', oVarValue=uSection)
# Let create a new temporary cSetting object to not harm the existing ones
oSetting = self.oScript.cScriptSettings(self.oScript)
# Read the ini file for this section
oSetting.ReadConfigFromIniFile(uSection)
# Create the setting string
dSettingsJSON = self.CreateSettingJsonCombined(oSetting=oSetting)
uSettingsJSON = SettingDictToString(dSettingsJSON)
uSettingsJSON = ReplaceVars(uSettingsJSON)
oSetting = None
# if there is nothing to configure, then return
if uSettingsJSON == u'{}':
Globals.oNotifications.SendNotification('closesetting_script')
return False
# add the jSon to the Kivy Setting
oKivySetting.add_json_panel(uSection,
self.oConfigParser,
data=uSettingsJSON)
# Adds the action handler
oKivySetting.bind(on_config_change=self.On_ConfigChange)
return oKivySetting
def On_ConfigChange(self, oSettings, oConfig, uSection, uKey, uValue):
""" reacts, if user changes a setting """
if uKey == u'configchangebuttons':
self.uCurrentSection = uSection
if uValue == u'button_add':
SetVar(uVarName=u'SCRIPTINPUT', oVarValue=u'DEVICE_dummy')
self.oInputKeyboard = ShowKeyBoard(u'SCRIPTINPUT',
self.On_InputAdd)
if uValue == u'button_delete':
ShowQuestionPopUp(
uTitle=u'$lvar(5003)',
uMessage=u'Do you really want to delete this setting?',
fktYes=self.On_InputDel,
uStringYes=u'$lvar(5001)',
uStringNo=u'$lvar(5002)')
if uValue == u'button_rename':
SetVar(uVarName=u'SCRIPTINPUT', oVarValue=uSection)
self.oInputKeyboard = ShowKeyBoard(u'SCRIPTINPUT',
self.On_InputRen)
else:
oSetting = self.oScript.GetSettingObjectForConfigName(
uConfigName=uSection)
oSetting.aScriptIniSettings[uKey] = uValue
def On_InputAdd(self, uInput):
""" User pressed the add configuration button """
if uInput == u'':
return
if self.oConfigParser.has_section(uInput):
return
self.oConfigParser.add_section(uInput)
# self.InitializeSection(uInput)
self.oConfigParser.write()
Globals.oTheScreen.AddActionToQueue([{
'string': 'updatewidget',
'widgetname': 'Scriptsettings'
}])
self.ShowSettings()
def On_InputDel(self):
""" User pressed the del configuration button """
self.oConfigParser.remove_section(self.uCurrentSection)
self.oConfigParser.write()
self.ShowSettings()
def On_InputRen(self, uInput):
""" User pressed the rename configuration button """
if uInput == u'':
return
if self.oConfigParser.has_section(uInput):
return
self.oConfigParser._sections[uInput] = self.oConfigParser._sections[
self.uCurrentSection]
self.oConfigParser._sections.pop(self.uCurrentSection)
self.oConfigParser.write()
self.ShowSettings()
def ShowSettings(self):
""" Shows the settings page """
Globals.oTheScreen.AddActionToQueue([{
'string': 'updatewidget',
'widgetname': 'Scriptsettings'
}])
def GetSettingParFromVar2(self, uScriptName, uConfigName, uSettingParName):
"""
Gets a Value for a setting parameter from the orca vars
The Orca vars fpr the parameter are automatically set in the cInterfaceMonitoredSettings class
:rtype: string
:param uScriptName: The name of script to use
:param uConfigName: The nemae of the Config
:param uSettingParName: The name of the parameter
:return: The value of the parameter
"""
return GetVar(uVarName="CONFIG_" + uSettingParName.upper(),
uContext=uScriptName + u'/' + uConfigName)
def CreateSettingJsonCombined(self, oSetting):
"""
Creates a json dict which holds all the setting defintions of
the core interface plus the settinmgs from the discover script (if requested)
:rtype: dict
:param cBaseInterFaceSettings oSetting: an IterFaceSettins Object
:return: a dict of combined settings
"""
if len(self.dSettingsCombined) != 0:
return self.dSettingsCombined
dRet = {}
for uKey in self.dDefaultSettings:
if self.dDefaultSettings[uKey]["active"] != "disabled":
dRet[uKey] = self.dDefaultSettings[uKey]
dScriptJSON = self.oScript.GetConfigJSON()
for uKey in dScriptJSON:
dLine = dScriptJSON[uKey]
iOrder = dLine['order']
for uKey2 in dRet:
if dRet[uKey2]['order'] >= iOrder:
dRet[uKey2]['order'] += 1
dRet[uKey] = dLine
self.dSettingsCombined = dRet
return dRet
playerID=
name=
localhost=False
master=False
[graphics]
width={}
height={}
fullscreen=
""".format(*defaultWindowSize)
if not path.isfile(cfgFile):
with open(cfgFile, mode="w") as config:
config.write(defaultCfg)
rboCfg = ConfigParser(name="rboclient")
for section in ["fields", "graphics"]:
rboCfg.add_section(section)
rboCfg.read(cfgFile)
import kivy.resources # noqa E402
from rboclient.gui.app import ClientApp # noqa E402
kivy.resources.resource_add_path("rboclient/kv")
ClientApp(rboCfg, defaultWindowSize).run()
class cInterFaceConfig(object):
""" Class to manage the initialisation/configuration and access toe the settings of an Interface settings objects
"""
def __init__(self, oInterFace):
self.oInterFace = oInterFace
self.oConfigParser = KivyConfigParser()
self.oFnConfig = None
self.uCurrentSection = None
self.uDefaultConfigName = u'DEVICE_DEFAULT'
self.aDiscoverScriptList = None
self.oInputKeyboard = None
self.dDefaultSettings = {
"SettingTitle": {
"active": "enabled",
"order": 0,
"type": "title",
"title": "$lvar(560)"
},
"Host": {
"active": "disabled",
"order": 1,
"type": "string",
"title": "$lvar(6004)",
"desc": "$lvar(6005)",
"section": "$var(InterfaceConfigSection)",
"key": "Host",
"default": "192.168.1.2"
},
"Port": {
"active": "disabled",
"order": 2,
"type": "string",
"title": "$lvar(6002)",
"desc": "$lvar(6003)",
"section": "$var(InterfaceConfigSection)",
"key": "Port",
"default": "80"
},
"User": {
"active": "disabled",
"order": 3,
"type": "string",
"title": "$lvar(6006)",
"desc": "$lvar(6007)",
"section": "$var(InterfaceConfigSection)",
"key": "User",
"default": "root"
},
"Password": {
"active": "disabled",
"order": 4,
"type": "string",
"title": "$lvar(6008)",
"desc": "$lvar(6009)",
"section": "$var(InterfaceConfigSection)",
"key": "Password",
"default": ""
},
"FNCodeset": {
"active": "disabled",
"order": 5,
"type": "scrolloptions",
"title": "$lvar(6000)",
"desc": "$lvar(6001)",
"section": "$var(InterfaceConfigSection)",
"key": "FNCodeset",
"default": "Select",
"options": ["$var(InterfaceCodesetList)"]
},
"ParseResult": {
"active": "disabled",
"order": 6,
"type": "scrolloptions",
"title": "$lvar(6027)",
"desc": "$lvar(6028)",
"section": "$var(InterfaceConfigSection)",
"key": "ParseResult",
"default": "store",
"options": ["no", "tokenize", "store", "json", "dict", "xml"]
},
"TokenizeString": {
"active": "disabled",
"order": 7,
"type": "string",
"title": "$lvar(6029)",
"desc": "$lvar(6030)",
"section": "$var(InterfaceConfigSection)",
"key": "TokenizeString",
"default": ":"
},
"TimeOut": {
"active": "disabled",
"order": 8,
"type": "numericfloat",
"title": "$lvar(6019)",
"desc": "$lvar(6020)",
"section": "$var(InterfaceConfigSection)",
"key": "TimeOut",
"default": "1.0"
},
"TimeToClose": {
"active": "disabled",
"order": 9,
"type": "numeric",
"title": "$lvar(6010)",
"desc": "$lvar(6011)",
"section": "$var(InterfaceConfigSection)",
"key": "TimeToClose",
"default": "10"
},
"DisableInterFaceOnError": {
"active": "disabled",
"order": 10,
"type": "bool",
"title": "$lvar(529)",
"desc": "$lvar(530)",
"section": "$var(InterfaceConfigSection)",
"key": "DisableInterFaceOnError",
"default": "0"
},
"DisconnectInterFaceOnSleep": {
"active": "disabled",
"order": 11,
"type": "bool",
"title": "$lvar(533)",
"desc": "$lvar(534)",
"section": "$var(InterfaceConfigSection)",
"key": "DisconnectInterFaceOnSleep",
"default": "1"
},
"DiscoverSettingButton": {
"active":
"disabled",
"order":
12,
"type":
"buttons",
"title":
"$lvar(6033)",
"desc":
"$lvar(6034)",
"section":
"$var(InterfaceConfigSection)",
"key":
"DiscoverSettings",
"buttons": [{
"title": "Discover Settings",
"id": "button_discover"
}]
},
"ConfigChangeButtons": {
"active":
"enabled",
"order":
999,
"type":
"buttons",
"title":
"$lvar(565)",
"desc":
"$lvar(566)",
"section":
"$var(InterfaceConfigSection)",
"key":
"configchangebuttons",
"buttons": [{
"title": "$lvar(569)",
"id": "button_add"
}, {
"title": "$lvar(570)",
"id": "button_delete"
}, {
"title": "$lvar(571)",
"id": "button_rename"
}]
}
}
self.dGenericDiscoverSettings = {
"DiscoverScriptName": {
"active": "hidden",
"order": 100,
"scriptsection": "$lvar(539)",
"type": "scrolloptions",
"title": "$lvar(6035)",
"desc": "$lvar(6036)",
"section": "$var(InterfaceConfigSection)",
"key": "DiscoverScriptName",
"default": "",
"options": ["$var(DISCOVERSCRIPTLIST)"]
},
"SaveDiscoveredIP": {
"active": "hidden",
"order": 101,
"scriptsection": "$lvar(539)",
"type": "bool",
"title": "$lvar(6031)",
"desc": "$lvar(6032)",
"section": "$var(InterfaceConfigSection)",
"key": "SaveDiscoveredIP",
"default": "1"
},
"OldDiscoveredIP": {
"active": "hidden",
"order": 102,
"scriptsection": "$lvar(539)",
"type": "string",
"title": "$lvar(6021)",
"desc": "$lvar(6022)",
"section": "$var(InterfaceConfigSection)",
"key": "OldDiscoveredIP",
"default": ""
},
"CheckDiscoverButton": {
"active":
"disabled",
"order":
103,
"scriptsection":
"$lvar(539)",
"type":
"buttons",
"title":
"Check Discover",
"desc":
"$lvar(6034)",
"section":
"$var(InterfaceConfigSection)",
"key":
"CheckDiscover",
"buttons": [{
"title": "Check Discover",
"id": "button_checkdiscover"
}]
},
}
self.dSettingsCombined = {}
def Init(self):
""" Init function, sets the configuration file name and add the default sections """
self.oFnConfig = cFileName(self.oInterFace.oPathMy) + u'config.ini'
if not self.oFnConfig.Exists():
self.CreateSection(uSectionName=self.uDefaultConfigName)
def LoadConfig(self):
""" Loads the config file (only once) """
try:
self.oConfigParser.filename = self.oFnConfig.string
if len(self.oConfigParser._sections) == 0:
if self.oFnConfig.Exists():
self.oInterFace.ShowDebug(u'Reading Config File')
self.oConfigParser.read(self.oFnConfig.string)
else:
if not self.oFnConfig.Exists():
self.oConfigParser.write()
except Exception as e:
self.oInterFace.ShowError(
u"can\'t load config file: %s" % self.oFnConfig.string, None,
e)
def CreateSection(self, uSectionName):
"""
Adds a new section to the config parser
:param string uSectionName: The name of the section to create
"""
self.oInterFace.ShowDebug('Adding new section [%s]' % (uSectionName))
self.oConfigParser.add_section(uSectionName)
self.oConfigParser.write()
def GetSettingParFromIni(self, uSectionName, uVarName):
"""
Returns a setting for the configuration ini file
If the entry does not exist, it tries to puls the value from the aInterFaceIniSettings dict of already predifined settings
If not exist there as well, an error will be logged
:rtype: string|None
:param string uSectionName: The name of the section
:param uVarName: The name of the parameter/setting in the section
:return: The value of the setting, empty string if not found
"""
oSetting = self.oInterFace.GetSettingObjectForConfigName(uSectionName)
uResult = Config_GetDefault_Str(self.oConfigParser, uSectionName,
uVarName, None)
if uResult is None:
uResult = str(oSetting.aInterFaceIniSettings.queryget(uVarName))
if uResult is None:
uResult = ''
self.oInterFace.ShowError(u'can\'t find interface setting: %s:%s' %
(uSectionName, uVarName))
else:
self.oInterFace.ShowDebug(
u'Returning interface setting: %s from %s:%s' %
(uResult, uSectionName, uVarName))
return uResult
def WriteDefinitionConfigPar(self,
uSectionName,
uVarName,
uVarValue,
bNowrite=False,
bForce=False):
""" Writes a variable to the config file
:param string uSectionName: The name of the section
:param string uVarName: The name of the parameter/setting in the section
:param string uVarValue: The value for the setting
:param bool bNowrite: Flag, if we should not immidiatly write the the setting
:param bool bForce: Flag to force write, even if parameter exists in config
"""
self.LoadConfig()
if not self.oConfigParser.has_section(uSectionName):
self.CreateSection(uSectionName=uSectionName)
if self.oConfigParser.has_option(uSectionName, uVarName):
if not bForce:
return
self.oConfigParser.set(uSectionName, uVarName, uVarValue)
if not bNowrite:
self.oConfigParser.write()
for uSettingName in self.oInterFace.aSettings:
oSetting = self.oInterFace.aSettings[uSettingName]
if oSetting.uConfigName == uSectionName:
oSetting.aInterFaceIniSettings[uVarName] = uVarValue
break
def WriteDefinitionConfig(self, uSectionName, dSettings):
"""
writes all vars given in a dictionary to the config file
:param string uSectionName: The name of the section
:param dict dSettings: A dict of all settings to write
"""
for uKey in dSettings:
self.WriteDefinitionConfigPar(uSectionName=uSectionName,
uVarName=uKey,
uVarValue=dSettings[uKey],
bNowrite=True)
self.oConfigParser.write()
def ConfigureKivySettings(self, oKivySetting):
"""
Create the JSON string for all sections and applies it to a kivy settings object
Discover settings are excluded
:param setting oKivySetting:
:return: The KivySetting object
"""
RegisterSettingTypes(oKivySetting)
aSections = self.oConfigParser.sections()
if len(aSections) == 0:
self.CreateSection(uSectionName=self.uDefaultConfigName)
# The Codeset List could be applied as a orca var, so set it to the list
SetVar(uVarName=u'InterfaceCodesetList',
oVarValue=self.oInterFace.CreateCodsetListJSONString())
for uSection in aSections:
# the Section list should be applied as a orca var
SetVar(uVarName=u'InterfaceConfigSection', oVarValue=uSection)
# Let create a new temporary cSetting object to not harm the existing ones
oSetting = self.oInterFace.cInterFaceSettings(self.oInterFace)
# Read the ini file for this section
oSetting.ReadConfigFromIniFile(uSection)
# Create the setting string
dSettingsJSON = self.CreateSettingJsonCombined(
oSetting=oSetting, bIncludeDiscoverSettings=False)
uSettingsJSON = SettingDictToString(dSettingsJSON)
uSettingsJSON = ReplaceVars(uSettingsJSON)
oSetting = None
# if there is nothing to configure, then return
if uSettingsJSON == u'{}':
Globals.oNotifications.SendNotification(
'closesetting_interface')
return False
# add the jSon to the Kivy Setting
oKivySetting.add_json_panel(uSection,
self.oConfigParser,
data=uSettingsJSON)
# Adds the action handler
oKivySetting.bind(on_config_change=self.On_ConfigChange)
return oKivySetting
def On_ConfigChange(self, oSettings, oConfig, uSection, uKey, uValue):
"""
reacts, if user changes a setting
:param setting oSettings: The kivy settings object
:param ConfigParser oConfig: The Kivy config parser
:param string uSection: The section of the change
:param string uKey: The key name
:param string uValue: The value
"""
if uKey == u'configchangebuttons':
self.uCurrentSection = uSection
if uValue == u'button_add':
SetVar(uVarName=u'INTERFACEINPUT', oVarValue=u'DEVICE_dummy')
self.oInputKeyboard = ShowKeyBoard(u'INTERFACEINPUT',
self.On_InputAdd)
if uValue == u'button_delete':
ShowQuestionPopUp(
uTitle=u'$lvar(5003)',
uMessage=u'Do you really want to delete this setting?',
fktYes=self.On_InputDel,
uStringYes=u'$lvar(5001)',
uStringNo=u'$lvar(5002)')
if uValue == u'button_rename':
SetVar(uVarName=u'INTERFACEINPUT', oVarValue=uSection)
self.oInputKeyboard = ShowKeyBoard(u'INTERFACEINPUT',
self.On_InputRen)
elif uKey == u'DiscoverSettings':
Globals.oTheScreen.uConfigToConfig = uSection
Globals.oTheScreen.AddActionShowPageToQueue(
uPageName=u'Page_InterfaceSettingsDiscover')
elif uKey == u'FNCodeset':
oSetting = self.oInterFace.GetSettingObjectForConfigName(
uConfigName=uSection)
oSetting.aInterFaceIniSettings[uKey] = uValue
oSetting.ReadCodeset()
else:
oSetting = self.oInterFace.GetSettingObjectForConfigName(
uConfigName=uSection)
oSetting.aInterFaceIniSettings[uKey] = uValue
# ShowMessagePopUp(uMessage=u'$lvar(5011)')
if uKey == u'FNCodeset':
oSetting.ReadCodeset()
def On_InputAdd(self, uInput):
"""
User pressed the add configuration button
:param string uInput: The Name of the section
:return:
"""
if uInput == u'':
return
if self.oConfigParser.has_section(uInput):
return
self.oConfigParser.add_section(uInput)
self.oConfigParser.write()
Globals.oTheScreen.AddActionToQueue([{
'string': 'updatewidget',
'widgetname': 'Interfacesettings'
}])
self.ShowSettings()
def On_InputDel(self):
""" User pressed the del configuration button """
self.oConfigParser.remove_section(self.uCurrentSection)
self.oConfigParser.write()
self.ShowSettings()
def On_InputRen(self, uInput):
""" User pressed the rename configuration button """
if uInput == u'':
return
if self.oConfigParser.has_section(uInput):
return
self.oConfigParser._sections[uInput] = self.oConfigParser._sections[
self.uCurrentSection]
self.oConfigParser._sections.pop(self.uCurrentSection)
self.oConfigParser.write()
self.ShowSettings()
def ShowSettings(self):
""" Shows the settings page """
Globals.oTheScreen.AddActionToQueue([{
'string': 'updatewidget',
'widgetname': 'Interfacesettings'
}])
def GetSettingParFromVar2(self, uInterFaceName, uConfigName,
uSettingParName):
"""
Gets a Value for a setting parameter from the orca vars
The Orca vars fpr the parameter are automatically set in the cInterfaceMonitoredSettings class
:rtype: string
:param uInterFaceName: The name of interface to use
:param uConfigName: The nemae of the Config
:param uSettingParName: The name of the parameter
:return: The value of the parameter
"""
return GetVar(uVarName="CONFIG_" + uSettingParName.upper(),
uContext=uInterFaceName + u'/' + uConfigName)
def GetSettingParFromVar(self, uLink):
"""
Returns a setting var of a an other interface or config
The Interfca emust already be initalized
syntax should be: linked:interfacename:configname:varname
:rtype: string
:param string uLink: The link: syntax should be: linked:interfacename:configname:varname
:return: The Value of the linked setting, empty string, if not found
"""
aLinks = uLink.split(':')
if len(aLinks) == 4:
uInterFaceName = aLinks[1]
uConfigName = aLinks[2]
uSettingParName = aLinks[3]
Globals.oInterFaces.LoadInterface(uInterFaceName)
oInterface = Globals.oInterFaces.GetInterface(uInterFaceName)
oSetting = oInterface.GetSettingObjectForConfigName(
uConfigName=uConfigName)
oSetting.Discover()
return self.GetSettingParFromVar2(uInterFaceName=uInterFaceName,
uConfigName=uConfigName,
uSettingParName=uSettingParName)
return ""
def CreateSettingJsonCombined(self,
oSetting,
bIncludeDiscoverSettings=True):
"""
Creates a json dict which holds all the setting defintions of
the core interface plus the settings from the discover script (if requested)
:rtype: dict
:param cBaseInterFaceSettings oSetting: an IterFaceSettins Object
:param bool bIncludeDiscoverSettings: If we want to include the discover settings
:return: a dict of combined settings
"""
if len(self.dSettingsCombined) != 0:
return self.dSettingsCombined
dRet = {}
for uKey in self.dDefaultSettings:
if self.dDefaultSettings[uKey]["active"] != "disabled":
dRet[uKey] = self.dDefaultSettings[uKey]
dInterFaceJSON = self.oInterFace.GetConfigJSON()
for uKey in dInterFaceJSON:
dLine = dInterFaceJSON[uKey]
iOrder = dLine['order']
for uKey2 in dRet:
if dRet[uKey2]['order'] >= iOrder:
dRet[uKey2]['order'] += 1
dRet[uKey] = dLine
if 'DiscoverSettingButton' in dRet and bIncludeDiscoverSettings:
dRet.update(self.dGenericDiscoverSettings)
if self.aDiscoverScriptList is None:
self.aDiscoverScriptList = Globals.oScripts.GetScriptListForScriptType(
"DEVICE_DISCOVER")
iLastOrder = 200
for uDiscoverScriptName in self.aDiscoverScriptList:
oScript = Globals.oScripts.LoadScript(uDiscoverScriptName)
dScriptJSONSettings = oScript.cScript.GetConfigJSONforParameters(
oSetting.aInterFaceIniSettings)
iMax = 0
for uKey in dScriptJSONSettings:
uTempKey = uDiscoverScriptName + "_" + uKey
dRet[uTempKey] = dScriptJSONSettings[uKey]
dRet[uTempKey]['key'] = uDiscoverScriptName.upper(
) + "_" + dScriptJSONSettings[uKey]['key']
dRet[uTempKey]['scriptsection'] = uDiscoverScriptName
dRet[uTempKey]['active'] = 'hidden'
iOrder = dRet[uTempKey]['order']
iMax = max(iMax, iOrder)
dRet[uTempKey]['order'] = iOrder + iLastOrder
iLastOrder += iMax
self.dSettingsCombined = dRet
return dRet
class Settings:
def __init__(self):
self.Config = ConfigParser()
self.Config.add_section('Input')
self.Config.add_section('Processor')
self.Config.add_section('Output')
# default values
self.cfgfilename = 'default.conf'
self.helpfile = 'doc/PyFSPro_dataflow.jpg'
self.numframes = 255 # No. of frames in stack
self.color_mode = -1 # Greyscale output
self.video_src = 0 # Default camera
self.video_width = 1024
self.video_height = 768
self.show_inp = True
self.show_out = True
self.show_vec = False
self.show_help = False
# settings for video and image sequence recording
self.recordi = False
self.recordv = False
self.novfile = True
self.imgindx = 0
self.output_path = './output/'
self.image_dst = self.output_path
self.video_dst = self.output_path
# switches for image filters and tools
self.blr_inp = False
self.blr_out = False
self.blr_strength = 7
self.equ_inp = 0
self.equ_out = 0
self.dnz_inp = False
self.dnz_out = False
self.dnz_inp_str = 33
self.dnz_out_str = 33
self.flt_inp = 0
self.flt_out = 0
self.flt_inp_strength = 0
self.flt_out_strength = 0
self.flt_inp_kernel = None
self.flt_out_kernel = None
self.flip_x = False
self.flip_y = False
self.inp_kernel = None
self.out_kernel = None
#self.mode_in = 0
self.mode_prc = 0
#self.mode_out = 0
self.pseudoc = False
self.dyn_dark = True
self.gain_inp = 1.0
self.gain_out = 1.0
self.offset_inp = 0
self.offset_out = 0
self.vec_zoom = 0.1
self.loop = False
self.stb_inp = False
self.stb_out = False
self.osd_txtline = 2
self.green = (0, 255, 0)
self.red = (0, 0, 255)
self.blue = (255, 0, 0)
self.black = (0, 0, 0)
self.colormaps = [
'AUTUMN', 'BONE', 'JET', 'WINTER', 'RAINBOW', 'OCEAN', 'SUMMER',
'SPRING', 'COOL', 'HSV', 'PINK', 'HOT'
]
self.set_defaults()
def gettime(self):
self.timestring = time.strftime("%Y%m%d-%H%M%S", time.gmtime())
return self.timestring
def set_defaults(self):
# Section 'Input'
self.Config.setdefault('Input', 'video_src', self.video_src)
self.Config.setdefault('Input', 'video_width', self.video_width)
self.Config.setdefault('Input', 'video_height', self.video_height)
self.Config.setdefault('Input', 'loop', self.loop)
self.Config.setdefault('Input', 'flip_x', self.flip_x)
self.Config.setdefault('Input', 'flip_y', self.flip_y)
self.Config.setdefault('Input', 'blr_inp', self.blr_inp)
self.Config.setdefault('Input', 'equ_inp', self.equ_inp)
self.Config.setdefault('Input', 'dnz_inp', self.dnz_inp)
self.Config.setdefault('Input', 'dnz_inp_str', self.dnz_inp_str)
self.Config.setdefault('Input', 'flt_inp', self.flt_inp)
self.Config.setdefault('Input', 'flt_inp_strength',
self.flt_inp_strength)
#self.Config.setdefault('Input','mode_in', self.mode_in)
self.Config.setdefault('Input', 'gain_inp', self.gain_inp)
self.Config.setdefault('Input', 'offset_inp', self.offset_inp)
self.Config.setdefault('Input', 'stb_inp', self.stb_inp)
# Section 'Processor'
self.Config.setdefault('Processor', 'mode_prc', self.mode_prc)
self.Config.setdefault('Processor', 'dyn_dark', self.dyn_dark)
self.Config.setdefault('Processor', 'blr_strength', self.blr_strength)
self.Config.setdefault('Processor', 'numframes', self.numframes)
# Section 'Output'
self.Config.setdefault('Output', 'video_dst', self.video_dst)
self.Config.setdefault('Output', 'image_dst', self.image_dst)
self.Config.setdefault('Output', 'recordv', self.recordv)
self.Config.setdefault('Output', 'recordi', self.recordi)
self.Config.setdefault('Output', 'blr_out', self.blr_out)
self.Config.setdefault('Output', 'equ_out', self.equ_out)
self.Config.setdefault('Output', 'dnz_out', self.dnz_out)
self.Config.setdefault('Output', 'dnz_out_str', self.dnz_out_str)
self.Config.setdefault('Output', 'flt_out', self.flt_out)
self.Config.setdefault('Output', 'flt_out_strength',
self.flt_out_strength)
#self.Config.setdefault('Output','mode_out', self.mode_out)
self.Config.setdefault('Output', 'gain_out', self.gain_out)
self.Config.setdefault('Output', 'offset_out', self.offset_out)
self.Config.setdefault('Output', 'color_mode', self.color_mode)
self.Config.setdefault('Output', 'pseudoc', self.pseudoc)
self.Config.setdefault('Output', 'vec_zoom', self.vec_zoom)
self.Config.setdefault('Output', 'stb_out', self.stb_out)
def write_config(self, filename):
if filename is None:
filename = self.cfgfilename
self.cfgfile = open(filename, 'w')
# Section 'Input'
self.Config.set('Input', 'video_src', self.video_src)
self.Config.set('Input', 'video_width', self.video_width)
self.Config.set('Input', 'video_height', self.video_height)
self.Config.set('Input', 'loop', self.loop)
self.Config.set('Input', 'flip_x', self.flip_x)
self.Config.set('Input', 'flip_y', self.flip_y)
self.Config.set('Input', 'blr_inp', self.blr_inp)
self.Config.set('Input', 'equ_inp', self.equ_inp)
self.Config.set('Input', 'dnz_inp', self.dnz_inp)
self.Config.set('Input', 'dnz_inp_str', self.dnz_inp_str)
self.Config.set('Input', 'flt_inp', self.flt_inp)
self.Config.set('Input', 'flt_inp_strength', self.flt_inp_strength)
#self.Config.set('Input','mode_in', self.mode_in)
self.Config.set('Input', 'gain_inp', self.gain_inp)
self.Config.set('Input', 'offset_inp', self.offset_inp)
self.Config.set('Input', 'stb_inp', self.stb_inp)
# Section 'Processor'
self.Config.set('Processor', 'mode_prc', self.mode_prc)
self.Config.set('Processor', 'dyn_dark', self.dyn_dark)
self.Config.set('Processor', 'blr_strength', self.blr_strength)
self.Config.set('Processor', 'numframes', self.numframes)
# Section 'Output'
self.Config.set('Output', 'video_dst', self.video_dst)
self.Config.set('Output', 'image_dst', self.image_dst)
self.Config.set('Output', 'recordv', self.recordv)
self.Config.set('Output', 'recordi', self.recordi)
self.Config.set('Output', 'blr_out', self.blr_out)
self.Config.set('Output', 'equ_out', self.equ_out)
self.Config.set('Output', 'dnz_out', self.dnz_out)
self.Config.set('Output', 'dnz_out_str', self.dnz_out_str)
self.Config.set('Output', 'flt_out', self.flt_out)
self.Config.set('Output', 'flt_out_strength', self.flt_out_strength)
#self.Config.set('Output','mode_out', self.mode_out)
self.Config.set('Output', 'gain_out', self.gain_out)
self.Config.set('Output', 'offset_out', self.offset_out)
self.Config.set('Output', 'color_mode', self.color_mode)
self.Config.set('Output', 'pseudoc', self.pseudoc)
self.Config.set('Output', 'vec_zoom', self.vec_zoom)
self.Config.set('Output', 'stb_out', self.stb_out)
self.Config.write(self.cfgfile)
self.cfgfile.close()
def read_config(self, filename):
if os.path.isfile(filename):
self.Config.read(filename)
self.video_src = self.Config.get('Input', 'video_src')
self.video_width = int(self.Config.get('Input', 'video_width'))
self.video_height = int(self.Config.get('Input', 'video_height'))
self.loop = self.Config.getboolean('Input', 'loop')
self.flip_x = self.Config.getboolean('Input', 'flip_x')
self.flip_y = self.Config.getboolean('Input', 'flip_y')
self.blr_inp = self.Config.getboolean('Input', 'blr_inp')
self.equ_inp = int(self.Config.get('Input', 'equ_inp'))
self.dnz_inp = self.Config.getboolean('Input', 'dnz_inp')
self.dnz_inp_str = float(self.Config.get('Input', 'dnz_inp_str'))
self.flt_inp = int(self.Config.get('Input', 'flt_inp'))
self.flt_inp_strength = float(
self.Config.get('Input', 'flt_inp_strength'))
self.gain_inp = float(self.Config.get('Input', 'gain_inp'))
self.offset_inp = float(self.Config.get('Input', 'offset_inp'))
self.stb_inp = self.Config.getboolean('Input', 'stb_inp')
self.mode_prc = int(self.Config.get('Processor', 'mode_prc'))
self.dyn_dark = self.Config.getboolean('Processor', 'dyn_dark')
self.blr_strength = int(
self.Config.get('Processor', 'blr_strength'))
self.numframes = int(self.Config.get('Processor', 'numframes'))
self.video_dst = self.Config.get('Output', 'video_dst')
self.image_dst = self.Config.get('Output', 'image_dst')
self.recordv = self.Config.getboolean('Output', 'recordv')
self.recordi = self.Config.getboolean('Output', 'recordi')
self.blr_out = self.Config.getboolean('Output', 'blr_out')
self.equ_out = int(self.Config.get('Output', 'equ_out'))
self.dnz_out = self.Config.getboolean('Output', 'dnz_out')
self.dnz_out_str = float(self.Config.get('Output', 'dnz_out_str'))
self.flt_out = int(self.Config.get('Output', 'flt_out'))
self.flt_out_strength = float(
self.Config.get('Output', 'flt_out_strength'))
self.gain_out = float(self.Config.get('Output', 'gain_out'))
self.offset_out = float(self.Config.get('Output', 'offset_out'))
self.color_mode = int(self.Config.get('Output', 'color_mode'))
self.pseudoc = self.Config.getboolean('Output', 'pseudoc')
self.vec_zoom = float(self.Config.get('Output', 'vec_zoom'))
self.stb_out = self.Config.getboolean('Output', 'stb_out')
else:
print('File ' + str(filename) + ' does not exist.')
