def _renderImpl(self, **kwargs):
a = self.attrs
class SqueezeEnum(object):
VERTICAL = ['v', ['vertical','vert','v']]
HORIZONTAL = ['h', ['horizontal', 'horiz', 'h']]
squeezeType = a.getAsEnumerated(
TagAttributesEnum.TYPE,
SqueezeEnum,
SqueezeEnum.HORIZONTAL,
overrides=kwargs,
extract=True
)
pad = a.getAsEnumerated(
TagAttributesEnum.SIZE,
GeneralSizeEnum,
None,
overrides=kwargs,
)
if pad is None:
pad = a.getAsUnit(
TagAttributesEnum.SIZE,
None
)
if isinstance(pad, basestring):
if pad == GeneralSizeEnum.xxsmall[0]:
pad = '0.25em'
elif pad == GeneralSizeEnum.xsmall[0]:
pad = '0.5em'
elif pad == GeneralSizeEnum.small[0]:
pad = '0.75em'
elif pad == GeneralSizeEnum.medium[0]:
pad = '1.0em'
elif pad == GeneralSizeEnum.large[0]:
pad = '1.5em'
elif pad == GeneralSizeEnum.xlarge[0]:
pad = '2.0em'
elif pad == GeneralSizeEnum.xxlarge[0]:
pad = '3.0em'
else:
pad = '0'
elif pad:
pad = pad.valueAndUnit
if pad is None:
pad = '0.5em'
if squeezeType == 'h':
a.styles.add('margin', 'auto ' + pad)
else:
a.styles.add('margin', pad + ' auto')
BoxTag._renderImpl(self, **kwargs)
def _renderImpl(self, **kwargs):
BoxTag._renderImpl(self, **kwargs)
a = self.attrs
# If the hanger tag is a row child tag its hanging attributes should be ignored and it
# should be rendered as a normal box tag.
if a.settings.getKey('rowReach'):
a.render['hangerActive'] = False
return
else:
a.render['hangerActive'] = True
side = a.getAsKeyword(
TagAttributesEnum.SIDE + TagAttributesEnum.EDGES + TagAttributesEnum.ON,
'left',
kwargs
)
r = a.getAsEnumerated(
TagAttributesEnum.REACH,
GeneralSizeEnum,
GeneralSizeEnum.xsmall,
kwargs
)
if side in ['left', 'lft', 'l']:
a.classes.add('v-gvml-hangerLeft')
else:
a.classes.add('v-gvml-hangerRight')
if r == 'xxs':
r = 0.125
elif r == 'xs':
r = 0.25
elif r == 's':
r = 0.33
elif r == 'm':
r = 0.5
elif r == 'l':
r = 0.66
elif r == 'xl':
r = 0.75
elif r == 'xxl':
r = 1.0
else:
r = None
if r is not None:
a.settings.add('hangerReach', r)
# Populate the attributes and settings for the resizer tag that triggers resize handling
# on the hanger.
a.addTagClasses('sizer', 'resizer')
a.vdata.add('target', a.id.get(), 'resizer')
self.addResizerClass()
def _renderImpl(self, **kwargs):
a = self.attrs
a.classes.add('row')
rowType, rowTypeKey = a.get(TagAttributesEnum.TYPE, returnKey=True)
if rowType is not None:
rowType = rowType.lower()
if rowType in ['f', 'full']:
a.classes.add('fullWidth')
elif rowType in ['l', 'large']:
a.classes.add('largeWidth')
BoxTag._renderImpl(self, paddingDef=GeneralSizeEnum.none[0], **kwargs)
def _connectivityReversalImpl(self):
# If the border tag is wrapping a single block tag then apply the border to the element to
# save on wrapping the border in an element of its own.
cs = self.children
merge = not self.attrs.explicitAccent and \
self.attrs.getAsBool(TagAttributesEnum.MERGE, True) and \
len(cs) == 1 and cs[0].isBlockDisplay
if merge:
merge = not self._processor.result[self.bodyStart():cs[0].start()].strip()
if merge:
merge = not self._processor.result[cs[0].end():self.bodyEnd()].strip()
if merge:
self._populateBorder(cs[0])
cs[0].attrs.join(self.attrs)
self.renderTemplate = 'markup/empty.mako'
self._mergedToChild = True
BoxTag._renderImpl(self, skipBackground=True, paddingDef=GeneralSizeEnum.none[0])
def getAttributeList(cls):
t = TagAttributesEnum
return (
BoxTag.getAttributeList()
+ t.VERTICAL_ALIGN
+ t.SPACING
+ t.SAME_HEIGHT
+ t.RAGGED
+ t.DEFAULT_REACH
+ t.MAX_COLUMNS
+ t.SIZE
)
def getAttributeList(cls):
t = TagAttributesEnum
return BoxTag.getAttributeList() + t.TYPE
def _renderImpl(self, **kwargs):
a = self.attrs
align = a.getAsKeyword(TagAttributesEnum.VERTICAL_ALIGN, "grow", kwargs)
gapSize = a.getAsEnumerated(TagAttributesEnum.SPACING, GeneralSizeEnum, GeneralSizeEnum.medium, kwargs)
sameHeight = a.getAsBool(TagAttributesEnum.SAME_HEIGHT, True, kwargs)
ragged = a.getAsBool(TagAttributesEnum.RAGGED, False, kwargs)
size = a.getAsEnumerated(
TagAttributesEnum.SIZE + TagAttributesEnum.DEFAULT_REACH, GeneralSizeEnum, None, kwargs
)
maxColumns = a.getAsInt(TagAttributesEnum.MAX_COLUMNS, len(self.children), kwargs)
a.settings.add("maxCols", maxColumns)
a.settings.add("rag", ragged)
a.settings.add("hAll", sameHeight)
if not size:
size = a.getAsUnit(TagAttributesEnum.SIZE + TagAttributesEnum.DEFAULT_REACH, 125, "px", unitType=int)
a.settings.add("size", size.value)
else:
if size == "xxs":
size = 50
elif size == "xs":
size = 125
elif size == "s":
size = 200
elif size == "m":
size = 250
elif size == "l":
size = 325
elif size == "xl":
size = 425
elif size == "xxl":
size = 500
else:
size = 125
a.settings.add("size", size)
if gapSize == "xxs":
gap = 1
elif gapSize == "xs":
gap = 4
elif gapSize == "s":
gap = 8
elif gapSize == "m":
gap = 16
elif gapSize == "l":
gap = 32
elif gapSize == "xl":
gap = 64
elif gapSize == "xxl":
gap = 128
else:
gap = 0
a.settings.add("gap", gap)
if align in ["grow", "fill"]:
align = "fill"
elif align in ["top"]:
align = "top"
elif align in ["middle", "center"]:
align = "middle"
elif align in ["bottom", "baseline"]:
align = "bottom"
else:
align = None
if align:
a.settings.add("rowAlign", align)
self.addResizerClass()
BoxTag._renderImpl(self, paddingDef=GeneralSizeEnum.none[0], align="auto", **kwargs)
def _renderImpl(self, **kwargs):
a = self.attrs
sameHeight = a.getAsBool(
TagAttributesEnum.SAME_HEIGHT,
False,
kwargs
)
maxColumns = a.getAsInt(
TagAttributesEnum.MAX_COLUMNS,
0,
kwargs
)
minColumns = a.getAsInt(
TagAttributesEnum.MIN_COLUMNS,
1,
kwargs
)
align = a.getAsKeyword(
TagAttributesEnum.VERTICAL_ALIGN,
'grow',
kwargs
)
gapSize = a.getAsEnumerated(
TagAttributesEnum.SPACING,
GeneralSizeEnum,
GeneralSizeEnum.medium,
kwargs
)
if gapSize == 'xxs':
gap = 1
elif gapSize == 'xs':
gap = 4
elif gapSize == 's':
gap = 8
elif gapSize == 'm':
gap = 16
elif gapSize == 'l':
gap = 32
elif gapSize == 'xl':
gap = 64
elif gapSize == 'xxl':
gap = 128
else:
gap = 0
a.settings.add('gap', gap)
a.settings.add('maxCols', maxColumns)
a.settings.add('minCols', min(max(minColumns, 1), maxColumns))
a.settings.add('hAll', sameHeight)
if align in ['grow', 'fill']:
align = 'fill'
elif align in ['top']:
align = 'top'
elif align in ['middle', 'center']:
align = 'middle'
elif align in ['bottom', 'baseline']:
align = 'bottom'
else:
align = None
if align:
a.settings.add('rowAlign', align)
self.addResizerClass()
BoxTag._renderImpl(self, paddingDef=GeneralSizeEnum.none[0], **kwargs)
def getAttributeList(cls):
t = TagAttributesEnum
return BoxTag.getAttributeList() + t.ROW_REACH + t.SIDE + t.EDGES + t.ON + t.REACH
def _renderImpl(self, **kwargs):
a = self.attrs
a.classes.add('row')
ZurbBoxTag.addZurbColumnClasses(a, target='column', **kwargs)
BoxTag._renderImpl(self, paddingDef=GeneralSizeEnum.none[0], **kwargs)
def _renderImpl(self, **kwargs):
a = self.attrs
self.addZurbColumnClasses(a, **kwargs)
BoxTag._renderImpl(self, paddingDef=GeneralSizeEnum.none[0], **kwargs)
def getAttributeList(cls):
t = TagAttributesEnum
return BoxTag.getAttributeList() + t.SMALL + t.SIZE + t.CENTER + t.TYPE + t.PUSH + t.PULL \
+ t.OFFSET
def _renderImpl(self, **kwargs):
if self._mergedToChild:
return
self._populateBorder(self)
BoxTag._renderImpl(self, paddingDef=GeneralSizeEnum.none[0], **kwargs)
def getAttributeList(cls):
t = TagAttributesEnum
return BoxTag.getAttributeList() + t.MERGE + t.LINE_TYPE + t.EDGES + t.COLOR + \
t.LINE_WIDTH + t.TYPE
def __init__(self, *args, **kwargs):
BoxTag.__init__(self, *args, **kwargs)
self._mergedToChild = False
