def __openDiagramShapes(self, projdata, the_proj):
shapes = projdata.getElementsByTagName('shapelib')
if shapes and shapes[0].hasAttribute('path'):
plist = self.__getPathWithCommonChecking(shapes[0], the_proj)
if len(plist) == 2:
the_proj.shapelib = shapelib.ShapeLib()
if not the_proj.shapelib.init(plist[1]):
print('warning: Can\'t load shape library from \"{0}\".'.format(plist[1]))
the_proj.shapelib = None
elif plist:
print('warning: Can\'t load shape library from \"{0}\".'.format(plist[0]))
else:
print('warning: Can\'t load shape library from \"{0}\".'.format(shapes[0]))
if the_proj.shapelib is None:
print('info: Trying to load default diagram shapes...')
try_paths = []
if isinstance(globals.applicationShapesPath, list):
try_paths = globals.applicationShapesPath
else:
try_paths.append(globals.applicationShapesPath)
okay = False
err = False
for path in try_paths:
the_file = path
if the_file is None:
print('error: Unexpected error: empty path to diagram shapes file!')
continue
if not os.path.isabs(the_file):
print('debug: generating absPath for \"{0}\" relative to \"{1}\"'.format(the_file, globals.rootDirectory))
the_file = absPath(the_file, globals.rootDirectory) # make full path from relative path
else:
print('debug: the path \"%s\" is abs!' % the_file)
the_file = toUnixPath(the_file)
if the_file is None:
err = True
print(u'warning: Diagram shapes file \"{0}\" does not exist!'.format(path))
continue
if not os.path.exists(the_file):
err = True
print(u'warning: Diagram shapes file \"{0}\" does not exist!'.format(the_file))
continue
the_proj.shapelib = shapelib.ShapeLib()
if not the_proj.shapelib.init(the_file):
print('warning: Can\'t load shape library from \"{0}\".'.format(the_file))
the_proj.shapelib = None
continue
okay = True
return
def __openAlphabetFile(self, projdata, the_proj):
alphs = projdata.getElementsByTagName('alphabet')
if alphs and alphs[0].hasAttribute('path'):
plist = self.__getPathWithCommonChecking(alphs[0], the_proj)
if len(plist) == 2:
the_proj.alphabet = alphabet.Alphabet()
if not the_proj.alphabet.load(plist[1]) or len(the_proj.alphabet) < 1:
print('warning: Can\'t load alphabet from \'{0}\'!'.format(plist[1]))
print('')
the_proj.alphabet = None
else:
print('ok: Alphabet file \'{0}\' was loaded successfully'.format(plist[1]))
print('')
return
elif plist:
print('warning: Can\'t load alphabet from \"{0}\".'.format(plist[0]))
else:
print('warning: Can\'t load alphabet from \"{0}\".'.format(alphs[0]))
if the_proj.alphabet is None:
print('info: Trying to load default behavior alphabet...')
try_paths = []
if isinstance(globals.applicationAlphabetPath, list):
try_paths = globals.applicationAlphabetPath
else:
try_paths.append(globals.applicationAlphabetPath)
okay = False
err = False
for path in try_paths:
the_file = path
if not os.path.isabs(the_file):
the_file = absPath(the_file, globals.rootDirectory) # make full path from relative path
else:
the_file = toUnixPath(the_file)
if the_file is None:
err = True
print(u'warning: Alphabet file \"{0}\" does not exist!'.format(path))
continue
if not os.path.exists(the_file):
err = True
print(u'warning: Alphabet file \"{0}\" does not exist!'.format(the_file))
continue
the_proj.alphabet = alphabet.Alphabet()
if not the_proj.alphabet.load(the_file) or len(the_proj.alphabet) < 1:
print('warning: Can\'t load alphabet from \'{0}\'!'.format(the_file))
print('')
the_proj.alphabet = None
continue
okay = True
print('ok: Alphabet file \'{0}\' was loaded successfully'.format(the_file))
print('')
return
def init(self, shapesFile):
global _defaultScale
print('INFO: loading shapes from \"{0}\"'.format(shapesFile))
if os.path.exists(shapesFile):
dom = parse(shapesFile)
data = dom.getElementsByTagName('ShapeData')
if data:
resourceOk = False
resdir = ''
shapePath = ''
if data[0].hasAttribute('path'):
path = absPath(data[0].getAttribute('path'), shapesFile, True)
if path is not None and path:
resdir = path
shapePath = '/'.join([resdir, 'square.pp'])
if os.path.exists(shapePath):
resourceOk = True
if resourceOk:
self.shapes.clear()
self.shapes['default'] = VecShape('default', shapePath, _defaultScale)
self.shapes['default'].addPoint(QPointF(-16.0, 0.0), VecShape.horizontal)
self.shapes['default'].addPoint(QPointF(16.0, 0.0), VecShape.horizontal)
self.shapes['default'].addPoint(QPointF(0.0, -16.0), VecShape.vertical)
self.shapes['default'].addPoint(QPointF(0.0, 16.0), VecShape.vertical)
shapes = data[0].getElementsByTagName('VecShape') # data[0].getElementsByTagName('Shape')
for shape in shapes:
# self.readPolyShape(shape)
self.readVecShape(shape, resdir)
res = len(self.shapes) > 1
if res:
self.path = shapesFile
self.resdir = resdir
return res
print('ERROR: Resource dir for shapes file \"{0}\" is broken!'.format(shapesFile))
print('')
else:
print('ERROR: Shapes file has no header \"ShapeData\"!')
print('')
else:
print('ERROR: shapes file \"{0}\" does not exist!'.format(shapesFile))
print('')
return False
def _readConfigIcons(configFile, configData):
iconsPath = ""
if configData.hasAttribute("icons"):
path = configData.getAttribute("icons")
path = absPath(path, configFile, True)
if path is None or len(path) < 1 or not os.path.exists(path):
print(u'warning: icons path "{0}" does not exist!'.format(path))
print("")
else:
iconsPath = path
else:
print(u'warning: Config file "{0}" have no icons path! (attribute "<config icons=""/>")'.format(configFile))
print("")
return
if not iconsPath:
print("warning: no icons will be loaded for application!")
print("")
return
globals.applicationIconsPath = iconsPath
def _readConfigIcons(configFile, configData):
iconsPath = ''
if configData.hasAttribute('icons'):
path = configData.getAttribute('icons')
path = absPath(path, configFile, True)
if path is None or len(path) < 1 or not os.path.exists(path):
print(u'warning: icons path \"{0}\" does not exist!'.format(path))
print('')
else:
iconsPath = path
else:
print(
u'warning: Config file \"{0}\" have no icons path! (attribute \"<config icons=""/>\")'
.format(configFile))
print('')
return
if not iconsPath:
print('warning: no icons will be loaded for application!')
print('')
return
globals.applicationIconsPath = iconsPath
def _readConfig(args):
settings = QSettings('Victor Zarubkin', 'Behavior Studio')
if socket.gethostname().lower() == 'victor':
settings.beginGroup('startup')
value = settings.value('showLogo')
if value is not None:
value = value.lower()
if value in ('true', 'false'):
globals.showLogo = value == 'true'
settings.endGroup()
else:
globals.showLogo = True
currDir = os.getcwd(
) # os.path.dirname(os.path.abspath(inspect.getfile(inspect.currentframe())))
# Reading application config file:
configFile = None
data = None
try_configs = []
if isinstance(args.config_file, list):
try_configs = args.config_file
else:
try_configs.append(args.config_file)
okay = False
err = False
for conf in try_configs:
configFile = conf
data = None
if not os.path.isabs(configFile):
configFile = absPath(configFile,
currDir) # make full path from relative path
else:
configFile = toUnixPath(configFile)
if configFile is None:
err = True
print(u'warning: Config file \"{0}\" does not exist!'.format(conf))
continue
if not os.path.exists(configFile):
err = True
print(u'warning: Config file \"{0}\" does not exist!'.format(
configFile))
continue
dom = parse(configFile)
data = dom.getElementsByTagName('config')
if not data:
err = True
print(
u'warning: Config file \"{0}\" is wrong formatted! It must have header \"<config>\".'
.format(configFile))
continue
okay = True
break
if not okay:
print('error: Can\'t load application configuration!')
print('')
return False
globals.loadedApplicationConfigFile = configFile
if err:
print('')
_readConfigIcons(configFile, data[0])
return True
def _readConfig(args):
settings = QSettings("Victor Zarubkin", "Behavior Studio")
if socket.gethostname().lower() == "victor":
settings.beginGroup("startup")
value = settings.value("showLogo")
if value is not None:
value = value.lower()
if value in ("true", "false"):
globals.showLogo = value == "true"
settings.endGroup()
else:
globals.showLogo = True
currDir = os.getcwd() # os.path.dirname(os.path.abspath(inspect.getfile(inspect.currentframe())))
# Reading application config file:
configFile = None
data = None
try_configs = []
if isinstance(args.config_file, list):
try_configs = args.config_file
else:
try_configs.append(args.config_file)
okay = False
err = False
for conf in try_configs:
configFile = conf
data = None
if not os.path.isabs(configFile):
configFile = absPath(configFile, currDir) # make full path from relative path
else:
configFile = toUnixPath(configFile)
if configFile is None:
err = True
print(u'warning: Config file "{0}" does not exist!'.format(conf))
continue
if not os.path.exists(configFile):
err = True
print(u'warning: Config file "{0}" does not exist!'.format(configFile))
continue
dom = parse(configFile)
data = dom.getElementsByTagName("config")
if not data:
err = True
print(u'warning: Config file "{0}" is wrong formatted! It must have header "<config>".'.format(configFile))
continue
okay = True
break
if not okay:
print("error: Can't load application configuration!")
print("")
return False
globals.loadedApplicationConfigFile = configFile
if err:
print("")
_readConfigIcons(configFile, data[0])
return True
def __openAlphabetFile(self, projdata, the_proj):
alphs = projdata.getElementsByTagName('alphabet')
if alphs and alphs[0].hasAttribute('path'):
plist = self.__getPathWithCommonChecking(alphs[0], the_proj)
if len(plist) == 2:
the_proj.alphabet = alphabet.Alphabet()
if not the_proj.alphabet.load(
plist[1]) or len(the_proj.alphabet) < 1:
print('warning: Can\'t load alphabet from \'{0}\'!'.format(
plist[1]))
print('')
the_proj.alphabet = None
else:
print('ok: Alphabet file \'{0}\' was loaded successfully'.
format(plist[1]))
print('')
return
elif plist:
print('warning: Can\'t load alphabet from \"{0}\".'.format(
plist[0]))
else:
print('warning: Can\'t load alphabet from \"{0}\".'.format(
alphs[0]))
if the_proj.alphabet is None:
print('info: Trying to load default behavior alphabet...')
try_paths = []
if isinstance(globals.applicationAlphabetPath, list):
try_paths = globals.applicationAlphabetPath
else:
try_paths.append(globals.applicationAlphabetPath)
okay = False
err = False
for path in try_paths:
the_file = path
if not os.path.isabs(the_file):
the_file = absPath(the_file, globals.rootDirectory
) # make full path from relative path
else:
the_file = toUnixPath(the_file)
if the_file is None:
err = True
print(u'warning: Alphabet file \"{0}\" does not exist!'.
format(path))
continue
if not os.path.exists(the_file):
err = True
print(u'warning: Alphabet file \"{0}\" does not exist!'.
format(the_file))
continue
the_proj.alphabet = alphabet.Alphabet()
if not the_proj.alphabet.load(the_file) or len(
the_proj.alphabet) < 1:
print('warning: Can\'t load alphabet from \'{0}\'!'.format(
the_file))
print('')
the_proj.alphabet = None
continue
okay = True
print(
'ok: Alphabet file \'{0}\' was loaded successfully'.format(
the_file))
print('')
return
def __openDiagramShapes(self, projdata, the_proj):
shapes = projdata.getElementsByTagName('shapelib')
if shapes and shapes[0].hasAttribute('path'):
plist = self.__getPathWithCommonChecking(shapes[0], the_proj)
if len(plist) == 2:
the_proj.shapelib = shapelib.ShapeLib()
if not the_proj.shapelib.init(plist[1]):
print('warning: Can\'t load shape library from \"{0}\".'.
format(plist[1]))
the_proj.shapelib = None
elif plist:
print(
'warning: Can\'t load shape library from \"{0}\".'.format(
plist[0]))
else:
print(
'warning: Can\'t load shape library from \"{0}\".'.format(
shapes[0]))
if the_proj.shapelib is None:
print('info: Trying to load default diagram shapes...')
try_paths = []
if isinstance(globals.applicationShapesPath, list):
try_paths = globals.applicationShapesPath
else:
try_paths.append(globals.applicationShapesPath)
okay = False
err = False
for path in try_paths:
the_file = path
if the_file is None:
print(
'error: Unexpected error: empty path to diagram shapes file!'
)
continue
if not os.path.isabs(the_file):
print(
'debug: generating absPath for \"{0}\" relative to \"{1}\"'
.format(the_file, globals.rootDirectory))
the_file = absPath(the_file, globals.rootDirectory
) # make full path from relative path
else:
print('debug: the path \"%s\" is abs!' % the_file)
the_file = toUnixPath(the_file)
if the_file is None:
err = True
print(
u'warning: Diagram shapes file \"{0}\" does not exist!'
.format(path))
continue
if not os.path.exists(the_file):
err = True
print(
u'warning: Diagram shapes file \"{0}\" does not exist!'
.format(the_file))
continue
the_proj.shapelib = shapelib.ShapeLib()
if not the_proj.shapelib.init(the_file):
print('warning: Can\'t load shape library from \"{0}\".'.
format(the_file))
the_proj.shapelib = None
continue
okay = True
return
