Top 10 Examples of "attrs in functional component" in Python
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'attrs' in functional components in Python. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
"""
A basic radiobutton (an exclusive checkbox).
New Attributes
==============
- marked: Boolean: Whether the checkbox is checked or not.
- group: String: All RadioButtons with the same group name
can only be checked exclusively.
Data
====
The marked status can be read and set via L{distributeData} and L{collectData}
"""
ATTRIBUTES = BasicTextWidget.ATTRIBUTES + [BoolAttr('marked'),Attr('group')]
def __init__(self,group="_no_group_",**kwargs):
self.real_widget = fife.RadioButton()
super(RadioButton,self).__init__(**kwargs)
self.group = group
# Prepare Data collection framework
self.accepts_data = True
self._realGetData = self._isMarked
self._realSetData = self._setMarked
# Initial data stuff inherited.
def _isMarked(self): return self.real_widget.isSelected()
def _setMarked(self,mark): self.real_widget.setSelected(mark)posi = widget.position
widget.position = (10, posi[1])
Here they are.
- x: Integer: The horizontal part of the position attribute.
- y: Integer: The vertical part of the position attribute.
- width: Integer: The horizontal part of the size attribute.
- height: Integer: The vertical part of the size attribute.
"""
ATTRIBUTES = [ Attr('name'), PointAttr('position'),
PointAttr('min_size'), PointAttr('size'), PointAttr('max_size'),
ColorAttr('base_color'),ColorAttr('background_color'),ColorAttr('foreground_color'),ColorAttr('selection_color'),
Attr('style'), Attr('font'),IntAttr('border_size'),Attr('position_technique'),
UnicodeAttr('helptext')
]
DEFAULT_NAME = '__unnamed__'
HIDE_SHOW_ERROR = """\
You can only show/hide the top widget of a hierachy.
Use 'addChild' or 'removeChild' to add/remove labels for example.
"""
def __init__(self,parent = None, name = DEFAULT_NAME,
size = (-1,-1), min_size=(0,0), max_size=(5000,5000),
helptext=u"",
style = None, **kwargs):
assert( hasattr(self,'real_widget') )# Set X position, leave Y alone
widget.x = 10
# Same here
posi = widget.position
widget.position = (10, posi[1])
Here they are.
- x: Integer: The horizontal part of the position attribute.
- y: Integer: The vertical part of the position attribute.
- width: Integer: The horizontal part of the size attribute.
- height: Integer: The vertical part of the size attribute.
"""
ATTRIBUTES = [ Attr('name'), PointAttr('position'),
PointAttr('min_size'), PointAttr('size'), PointAttr('max_size'),
ColorAttr('base_color'),ColorAttr('background_color'),ColorAttr('foreground_color'),ColorAttr('selection_color'),
Attr('style'), Attr('font'),IntAttr('border_size'),Attr('position_technique'),
UnicodeAttr('helptext')
]
DEFAULT_NAME = '__unnamed__'
HIDE_SHOW_ERROR = """\
You can only show/hide the top widget of a hierachy.
Use 'addChild' or 'removeChild' to add/remove labels for example.
"""
def __init__(self,parent = None, name = DEFAULT_NAME,
size = (-1,-1), min_size=(0,0), max_size=(5000,5000),
helptext=u"",class ImageButton(BasicTextWidget):
"""
A basic push button with three different images for the up, down and hover state.
B{Work in progress.}
New Attributes
==============
- up_image: String: The source location of the Image for the B{unpressed} state.
- down_image: String: The source location of the Image for the B{pressed} state.
- hover_image: String: The source location of the Image for the B{unpressed hovered} state.
"""
ATTRIBUTES = BasicTextWidget.ATTRIBUTES + [Attr('up_image'),Attr('down_image'),PointAttr('offset'),Attr('hover_image')]
def __init__(self,up_image="",down_image="",hover_image="",offset=(0,0),**kwargs):
self.real_widget = fife.TwoButton()
super(ImageButton,self).__init__(**kwargs)
self.up_image = up_image
self.down_image = down_image
self.hover_image = hover_image
self.offset = offset
def _setUpImage(self, source):
if isinstance(source,str):
self._upimage_source = source
try:
self._upimage = get_manager().loadImage(source)
self.real_widget.setUpImage( self._upimage )class ToggleButton(BasicTextWidget):
"""
A basic push button that can be toggled.
Unfortunately a bit of code duplication from ImageButton.
New Attributes
==============
- group: String: The group the button belongs to. Only one button in each group will be toggled at one time.
- toggled: Boolean: Whether the button is toggled or not.
"""
ATTRIBUTES = BasicTextWidget.ATTRIBUTES + [
Attr('up_image'),Attr('down_image'),Attr('hover_image'),
PointAttr('offset'),Attr('group')
]
def __init__(self,up_image="",down_image="",hover_image="",offset=(0,0),group="",**kwargs):
self.real_widget = fife.ToggleButton()
super(ToggleButton,self).__init__(**kwargs)
self.group = group
self.up_image = up_image
self.down_image = down_image
self.hover_image = hover_image
self.offset = offset
def _setGroup(self,group):
self.real_widget.setGroup( group )be position via the position attribute. If you want to use the layout engine,
you have to use derived containers with vertical or horizontal orientation
(L{VBox} or L{HBox})
New Attributes
==============
- padding - Integer: Not used in the Container class istelf, distance between child widgets.
- background_image - Set this to a GuiImage or a resource location (simply a filename).
The image will be tiled over the background area.
- opaque - Boolean: Whether the background should be drawn at all. Set this to False
to make the widget transparent.
- children - Just contains the list of contained child widgets. Do NOT modify.
"""
ATTRIBUTES = Widget.ATTRIBUTES + [ IntAttr('padding'), Attr('background_image'), BoolAttr('opaque'),PointAttr('margins') ]
def __init__(self,padding=5,margins=(5,5),_real_widget=None, **kwargs):
self.real_widget = _real_widget or fife.Container()
self.children = []
self.margins = margins
self.padding = padding
self._background = []
self._background_image = None
super(Container,self).__init__(**kwargs)
def addChild(self, widget):
widget.parent = self
self.children.append(widget)
self.real_widget.add(widget.real_widget)
def removeChild(self,widget):text = property(_getText,_setText)
def resizeToContent(self, recurse = True):
self.height = self.real_font.getHeight() + self.margins[1]*2
self.width = self.real_font.getWidth(_text2gui(self.text)) + self.margins[0]*2
class Icon(Widget):
"""
An image icon.
New Attributes
==============
- image: String or GuiImage: The source location of the Image or a direct GuiImage
"""
ATTRIBUTES = Widget.ATTRIBUTES + [Attr('image')]
def __init__(self,image="",**kwargs):
self.real_widget = fife.Icon(None)
super(Icon,self).__init__(**kwargs)
self._source = self._image = None
if image:
self.image = image
def _setImage(self,source):
if isinstance(source,str):
self._source = source
self._image = get_manager().loadImage(source)
elif isinstance(source,fife.GuiImage):
self._source = None
self._image = source
else:class TextBox(Widget):
"""
An editable B{multiline} text edit widget.
New Attributes
==============
- text: The text in the TextBox.
- filename: A write-only attribute - assigning a filename will cause the widget to load it's text from it.
Data
====
The text can be read and set via L{distributeData} and L{collectData}.
"""
ATTRIBUTES = Widget.ATTRIBUTES + [UnicodeAttr('text'),Attr('filename')]
def __init__(self,text=u"",filename = "", **kwargs):
self.real_widget = fife.TextBox()
self.text = text
self.filename = filename
super(TextBox,self).__init__(**kwargs)
# Prepare Data collection framework
self.accepts_data = True
self.accepts_initial_data = True # Make sense in a way ...
self._realSetInitialData = self._setText
self._realSetData = self._setText
self._realGetData = self._getText
def _getFileName(self): return self._filename
def _loadFromFile(self,filename):ADVERTISED = [Attrs.CradleService]
# SERVICES = [Attrs.DeviceService]
SERVICES = [Attrs.CradleService]
CHARACTERISTICS = [Attrs.AuthenticationCode, Attrs.Command, Attrs.Response, Attrs.ShareMessageReceiver, Attrs.ShareMessageResponse, Attrs.HeartBeat, Attrs.DeviceService, Attrs.PowerLevel]
UART_SERVICE_UUID = Attrs.CradleService
TX_CHAR_UUID = Attrs.Command
RX_CHAR_UUID = Attrs.Response
pass
class Share2UART (OriginalUART):
# ADVERTISED = [Attrs.CradleService2]
# ADVERTISED = [Attrs.VENDOR_UUID]
ADVERTISED = [Attrs.VENDOR_UUID]
# SERVICES = [Attrs.DeviceService]
# SERVICES = [Attrs.CradleService2, Attrs.VENDOR_UUID]
SERVICES = [Attrs.VENDOR_UUID, Attrs.DeviceService]
# CHARACTERISTICS = [Attrs.AuthenticationCode2, Attrs.Command2, Attrs.Response2, Attrs.ShareMessageReceiver2, Attrs.ShareMessageResponse2, Attrs.HeartBeat2, Attrs.DeviceService, Attrs.PowerLevel]
CHARACTERISTICS = [ ]
HEARTBEAT_UUID = Attrs.HeartBeat2
# UART_SERVICE_UUID = Attrs.CradleService2
UART_SERVICE_UUID = Attrs.VENDOR_UUID
TX_CHAR_UUID = Attrs.ShareMessageReceiver2
RX_CHAR_UUID = Attrs.ShareMessageResponse2
SendDataUUID = Attrs.ShareMessageReceiver2
RcveDataUUID = Attrs.ShareMessageResponse2
CommandUUID = Attrs.Command2
ResponseUUID = Attrs.Response2
AUTH_UUID = Attrs.AuthenticationCode2
def __init__(self, device, **kwds):
"""Initialize UART from provided bluez device."""
# Find the UART service and characteristics associated with the device.ADVERTISED = [Attrs.VENDOR_UUID]
# SERVICES = [Attrs.DeviceService]
# SERVICES = [Attrs.CradleService2, Attrs.VENDOR_UUID]
SERVICES = [Attrs.VENDOR_UUID, Attrs.DeviceService]
# CHARACTERISTICS = [Attrs.AuthenticationCode2, Attrs.Command2, Attrs.Response2, Attrs.ShareMessageReceiver2, Attrs.ShareMessageResponse2, Attrs.HeartBeat2, Attrs.DeviceService, Attrs.PowerLevel]
CHARACTERISTICS = [ ]
HEARTBEAT_UUID = Attrs.HeartBeat2
# UART_SERVICE_UUID = Attrs.CradleService2
UART_SERVICE_UUID = Attrs.VENDOR_UUID
TX_CHAR_UUID = Attrs.ShareMessageReceiver2
RX_CHAR_UUID = Attrs.ShareMessageResponse2
SendDataUUID = Attrs.ShareMessageReceiver2
RcveDataUUID = Attrs.ShareMessageResponse2
CommandUUID = Attrs.Command2
ResponseUUID = Attrs.Response2
AUTH_UUID = Attrs.AuthenticationCode2
def __init__(self, device, **kwds):
"""Initialize UART from provided bluez device."""
# Find the UART service and characteristics associated with the device.
log = logging.getLogger(__name__)
self.log = log.getChild('uart')
self._uart = device.find_service(self.UART_SERVICE_UUID)
log.info("UART %s", self._uart)
self._queue = Queue.Queue()
r = device.is_paired
self.serial = kwds.pop('SERIAL', None)
log.info("paired? %s", r)
if not r:
log.info("pairing...")
# help(device._device)
# help(device._device.Pair)