def setupChilds(self):
"If this is a container (a generic object), this does the layouting of the childs"
self.updateSubjectObject()
self.firstChildGuiObject = None
self.childs = {}
x, y = self.OuterSpace
maxX, maxY = 0, 0
lastControl = None
from utils import iterUserAttribs
for attr in iterUserAttribs(self.subjectObject):
try:
control = buildControl(attr, self)
except NotImplementedError as e:
print e
# Skip this control and continue. The rest of the GUI might still be usable.
continue
if not self.firstChildGuiObject:
self.firstChildGuiObject = control
if attr.hasUpdateEvent():
def controlUpdateHandler(control=control):
do_in_mainthread(lambda: self.updateChild(control), wait=False)
control._updateHandler = controlUpdateHandler
attr.updateEvent(self.subjectObject).register(control._updateHandler)
self.addChild(control)
self.childs[attr.name] = control
spaceX, spaceY = self.DefaultSpace
if attr.spaceX is not None: spaceX = attr.spaceX
if attr.spaceY is not None: spaceY = attr.spaceY
if attr.alignRight and lastControl: # align next right
x = lastControl.pos[0] + lastControl.size[0] + spaceX
# y from before
control.leftGuiObject = lastControl
if lastControl:
lastControl.rightGuiObject = control
elif lastControl: # align next below
x = self.OuterSpace[0]
y = maxY + spaceY
control.topGuiObject = lastControl
if lastControl:
lastControl.bottomGuiObject = control
else: # very first
pass
control.pos = (x,y)
lastControl = control
maxX = max(maxX, control.pos[0] + control.size[0])
maxY = max(maxY, control.pos[1] + control.size[1])
control.updateContent()
# Handy for now. This return might change.
return (maxX + self.OuterSpace[0], maxY + self.OuterSpace[1])
def setupChilds(self):
"""
If this is a container (a generic object), this creates + setups the child controls.
It does some initial layouting, also to calculate a size-indication, which is then returned.
However, you can set another size after it and you are supposed to call `layout()`
in the end.
"""
#self.updateSubjectObject() # XXX: make it explicit? break simple list interface
self.firstChildGuiObject = None
self.childs = {}
x, y = self.OuterSpace
maxX, maxY = 0, 0
lastControl = None
from utils import iterUserAttribs
for attr in iterUserAttribs(self.subjectObject):
try:
control = buildControl(attr, self)
except NotImplementedError as e:
print e
# Skip this control and continue. The rest of the GUI might still be usable.
continue
if not self.firstChildGuiObject:
self.firstChildGuiObject = control
if attr.hasUpdateEvent():
def controlUpdateHandler(control=control):
do_in_mainthread(lambda: self.updateChild(control),
wait=False)
control._updateHandler = controlUpdateHandler
attr.updateEvent(self.subjectObject).register(
control._updateHandler)
self.addChild(control)
self.childs[attr.name] = control
spaceX, spaceY = self.DefaultSpace
if attr.spaceX is not None: spaceX = attr.spaceX
if attr.spaceY is not None: spaceY = attr.spaceY
if attr.alignRight and lastControl: # align next right
x = lastControl.pos[0] + lastControl.size[0] + spaceX
# y from before
control.leftGuiObject = lastControl
if lastControl:
lastControl.rightGuiObject = control
elif lastControl: # align next below
x = self.OuterSpace[0]
y = maxY + spaceY
control.topGuiObject = lastControl
if lastControl:
lastControl.bottomGuiObject = control
else: # very first
pass
control.pos = (x, y)
control.autoresize = (False, False, False, False
) # initial, might get changed in `layout()`
lastControl = control
maxX = max(maxX, control.pos[0] + control.size[0])
maxY = max(maxY, control.pos[1] + control.size[1])
control.updateContent()
# Recalculate layout based on current size and variable width/height controls.
# Note that there are some cases where this recalculation is not needed,
# but its much easier to just call it always now.
self.layout()
# Handy for now. This return might change.
return (maxX + self.OuterSpace[0], maxY + self.OuterSpace[1])
def setupChilds(self):
"""
If this is a container (a generic object), this creates + setups the child controls.
It does some initial layouting, also to calculate a size-indication, which is then returned.
However, you can set another size after it and you are supposed to call `layout()`
in the end.
"""
self.updateSubjectObject()
self.firstChildGuiObject = None
self.childs = {}
x, y = self.OuterSpace
maxX, maxY = 0, 0
lastControl = None
from utils import iterUserAttribs
for attr in iterUserAttribs(self.subjectObject):
try:
control = buildControl(attr, self)
except NotImplementedError as e:
print e
# Skip this control and continue. The rest of the GUI might still be usable.
continue
if not self.firstChildGuiObject:
self.firstChildGuiObject = control
if attr.hasUpdateEvent():
def controlUpdateHandler(control=control):
do_in_mainthread(lambda: self.updateChild(control), wait=False)
control._updateHandler = controlUpdateHandler
attr.updateEvent(self.subjectObject).register(control._updateHandler)
self.addChild(control)
self.childs[attr.name] = control
spaceX, spaceY = self.DefaultSpace
if attr.spaceX is not None: spaceX = attr.spaceX
if attr.spaceY is not None: spaceY = attr.spaceY
if attr.alignRight and lastControl: # align next right
x = lastControl.pos[0] + lastControl.size[0] + spaceX
# y from before
control.leftGuiObject = lastControl
if lastControl:
lastControl.rightGuiObject = control
elif lastControl: # align next below
x = self.OuterSpace[0]
y = maxY + spaceY
control.topGuiObject = lastControl
if lastControl:
lastControl.bottomGuiObject = control
else: # very first
pass
control.pos = (x,y)
control.autoresize = (False,False,False,False) # initial, might get changed in `layout()`
lastControl = control
maxX = max(maxX, control.pos[0] + control.size[0])
maxY = max(maxY, control.pos[1] + control.size[1])
control.updateContent()
# Recalculate layout based on current size and variable width/height controls.
# Note that there are some cases where this recalculation is not needed,
# but its much easier to just call it always now.
self.layout()
# Handy for now. This return might change.
return (maxX + self.OuterSpace[0], maxY + self.OuterSpace[1])