def genCode(self, indent, codeout, tagreg, tag):
tagDebug(indent, codeout, tag)
args = tagCall(tag, (('template', None), ('slotmap', None)),
kwcol='kw')
args = pyifyArgs(tag, args)
kw = pyifyKWArgs(tag, args['kw'])
# get template
template = getTempName()
codeout.write(indent, 'if %s is None:' % args['template'])
codeout.write(indent + 4,
'%s=__h.slotutils.getTemplatePath()' % template)
codeout.write(indent, 'else:')
codeout.write(indent + 4, '%s=%s' % (template, args['template']))
mapvar = args['slotmap']
if mapvar is None:
mapvar = 'SLOTS'
codeout.write(indent, 'try:')
codeout.write(indent + 4, mapvar)
codeout.write(indent, "except NameError:")
codeout.write(indent + 4,
"%s=__h.slotutils.getConfiguredSlots()" % mapvar)
K = getTempName()
g = getTempName()
k = '__k4023562'
codeout.write(indent, "%s=globals()" % g)
# assigning to k assures that it can be deleted later, as
# if mapvar is empty, then the loop variable won't be initialized!
codeout.write(indent, "%s=%s=0" % (k, K))
codeout.write(indent, "for %s in %s:" % (k, mapvar))
codeout.write(indent + 4, "%s=%s.upper()" % (K, k))
codeout.write(indent + 4, "try:")
codeout.write(indent + 8, "%s[%s]=%s[%s]" % (mapvar, k, g, K))
codeout.write(indent + 4, "except KeyError:")
codeout.write(indent + 8, "pass")
codeout.write(indent, "del %s, %s, %s" % (g, k, K))
codeout.write(indent, "if %s: " % kw)
codeout.write(indent + 4, '%s.update(%s)' % (mapvar, kw))
codeout.write(indent,
"__h.OUTPUT.write(__h.computils.include(%s))" % template)
codeout.write(indent, 'del %s' % template)
def genCode(self, indent, codeout, tagreg, tag):
tagDebug(indent, codeout, tag)
args=tagCall(tag,
(('template', None),('slotmap', None)),
kwcol='kw')
args=pyifyArgs(tag, args)
kw=pyifyKWArgs(tag, args['kw'])
# get template
template=getTempName()
codeout.write(indent, 'if %s is None:' % args['template'])
codeout.write(indent+4, '%s=__h.slotutils.getTemplatePath()' % template)
codeout.write(indent, 'else:')
codeout.write(indent+4, '%s=%s' % (template, args['template']))
mapvar=args['slotmap']
if mapvar is None:
mapvar='SLOTS'
codeout.write(indent, 'try:')
codeout.write(indent+4, mapvar)
codeout.write(indent, "except NameError:")
codeout.write(indent+4, "%s=__h.slotutils.getConfiguredSlots()" % mapvar)
K=getTempName()
g=getTempName()
k='__k4023562'
codeout.write(indent, "%s=globals()" % g)
# assigning to k assures that it can be deleted later, as
# if mapvar is empty, then the loop variable won't be initialized!
codeout.write(indent, "%s=%s=0" % (k,K))
codeout.write(indent, "for %s in %s:" % (k,mapvar))
codeout.write(indent+4, "%s=%s.upper()" % (K, k))
codeout.write(indent+4, "try:")
codeout.write(indent+8, "%s[%s]=%s[%s]" % (mapvar, k,g,K))
codeout.write(indent+4, "except KeyError:")
codeout.write(indent+8, "pass")
codeout.write(indent, "del %s, %s, %s" % (g, k, K))
codeout.write(indent, "if %s: " % kw)
codeout.write(indent+4,
'%s.update(%s)' % (mapvar, kw))
codeout.write(indent, "__h.OUTPUT.write(__h.computils.include(%s))" % template)
codeout.write(indent, 'del %s' % template)
def genCode(self, indent, codeout, tagreg, tag):
tagDebug(indent, codeout, tag)
args = tagCall(tag, (('name', ), ('slotmap', None)), kwcol='kw')
args = pyifyArgs(tag, args)
kw = pyifyKWArgs(tag, args['kw'])
mapvar = args['slotmap']
if mapvar is None:
mapvar = self.defaultSlotMapName
slotvar = getTempName()
codeout.write(indent, '%s=%s.get(%s, '
')' % (slotvar, mapvar, args['name']))
codeout.write(indent, "if callable(%s):" % slotvar)
codeout.write(indent + 4, '__h.OUTPUT.write(%s(**%s))' % (slotvar, kw))
codeout.write(indent, "elif %s:" % slotvar)
codeout.write(indent + 4, "__h.OUTPUT.write(%s)" % slotvar)
codeout.write(indent, "del %s" % slotvar)
def genCode(self, indent, codeout, tagreg, tag):
tagDebug(indent, codeout, tag)
args=tagCall(tag,
(('name',),
('slotmap', None)),
kwcol='kw')
args=pyifyArgs(tag, args)
kw=pyifyKWArgs(tag, args['kw'])
mapvar=args['slotmap']
if mapvar is None:
mapvar=self.defaultSlotMapName
slotvar=getTempName()
codeout.write(indent,
'%s=%s.get(%s, '')' % (slotvar, mapvar, args['name']))
codeout.write(indent, "if callable(%s):" % slotvar)
codeout.write(indent+4,
'__h.OUTPUT.write(%s(**%s))' % (slotvar, kw))
codeout.write(indent, "elif %s:" % slotvar)
codeout.write(indent+4, "__h.OUTPUT.write(%s)" % slotvar)
codeout.write(indent, "del %s" % slotvar)
