def __init__(cls, clsname, bases, clsdict): # @UnusedVariable @NoSelf
ContractsMeta.__init__(cls, clsname, bases, clsdict)
if not 'cmd' in clsdict:
# print('skpping %r' % cls)
return
# print('Automatically registering %s>%s' % (cls, clsname))
if clsname in ['SubCmd']:
return
cmds = QuickMultiCmdApp.subs[appcls]
cmds.append(cls)
def __init__(cls, clsname, bases,
clsdict): # @UnusedVariable @NoSelf
ContractsMeta.__init__(cls, clsname, bases, clsdict)
if not 'cmd' in clsdict:
# print('skpping %r' % cls)
return
# print('Automatically registering %s>%s' % (cls, clsname))
if clsname in ['SubCmd']:
return
cmds = QuickMultiCmdApp.subs[appcls]
cmds.append(cls)
def __init__(cls, clsname, bases, clsdict): # @UnusedVariable @NoSelf
ContractsMeta.__init__(cls, clsname, bases, clsdict)
# Do not do this for the superclasses
if clsname in ['Generator', 'Block']:
return
setattr(cls, 'defined_in', cls.__module__)
setattr(cls, 'config', BlockMeta.tmp_config)
setattr(cls, 'output', BlockMeta.tmp_output)
setattr(cls, 'input', BlockMeta.tmp_input)
BlockMeta.tmp_config = []
BlockMeta.tmp_output = []
BlockMeta.tmp_input = []
has_variable_input = [x
for x in BlockMeta.tmp_input
if x.type == VARIABLE]
has_variable_output = [x
for x in BlockMeta.tmp_output
if x.type == VARIABLE]
if has_variable_output and not has_variable_input:
raise ModelWriterError('Cannot have variable output without '
'variable input.')
if len(BlockMeta.aliases) > 1:
raise ModelWriterError("We don't support multiple aliases yet. "
"Tried to set %r." % BlockMeta.aliases)
if BlockMeta.aliases:
name = BlockMeta.aliases[0]
else:
name = cls.__name__
from .registrar import default_library
default_library.register(name, cls)
BlockMeta.aliases = []
def __init__(cls, clsname, bases, clsdict): # @UnusedVariable @NoSelf
ContractsMeta.__init__(cls, clsname, bases, clsdict)
# Do not do this for the superclasses
if clsname in ['Generator', 'Block']:
return
setattr(cls, 'defined_in', cls.__module__)
setattr(cls, 'config', BlockMeta.tmp_config)
setattr(cls, 'output', BlockMeta.tmp_output)
setattr(cls, 'input', BlockMeta.tmp_input)
BlockMeta.tmp_config = []
BlockMeta.tmp_output = []
BlockMeta.tmp_input = []
has_variable_input = [x
for x in BlockMeta.tmp_input
if x.type == VARIABLE]
has_variable_output = [x
for x in BlockMeta.tmp_output
if x.type == VARIABLE]
if has_variable_output and not has_variable_input:
raise ModelWriterError('Cannot have variable output without '
'variable input.')
if len(BlockMeta.aliases) > 1:
raise ModelWriterError("We don't support multiple aliases yet. "
"Tried to set %r." % BlockMeta.aliases)
if BlockMeta.aliases:
name = BlockMeta.aliases[0]
else:
name = cls.__name__
from .registrar import default_library
default_library.register(name, cls)
BlockMeta.aliases = []
def __call__(cls, *args, **kwargs):
instance = ContractsMeta.__call__(cls, *args, **kwargs)
instance._check_common_attributes()
return instance