def generate_interfaces_header(self):
base_header_for_suffix = ''
if self.suffix:
base_header_for_suffix = '\n#include "core/%(namespace)sInterfaces.h"\n' % {
'namespace': self.namespace
}
return INTERFACES_HEADER_TEMPLATE % {
'license':
license.license_for_generated_cpp(),
'namespace':
self.namespace,
'suffix':
self.suffix,
'base_header_for_suffix':
base_header_for_suffix,
'macro_style_name':
name_utilities.to_macro_style(self.namespace + self.suffix),
'declare_conditional_macros':
self._declare_conditional_macros(),
'unconditional_macros':
'\n'.join(
sorted(
set(
map(self._unconditional_macro,
self._unconditional_entries)))),
'conditional_macros':
'\n'.join(
map(self._conditional_macros,
self._entries_by_conditional.keys())),
}
def _conditional_macros(self, conditional):
return ' %(macro_style_name)s_INTERFACES_FOR_EACH_%(conditional)s(macro) \\' % {
'macro_style_name':
name_utilities.to_macro_style(self.namespace + self.suffix),
'conditional':
conditional,
}
def generate_interfaces_header(self):
return INTERFACES_HEADER_TEMPLATE % {
'license': license.license_for_generated_cpp(),
'namespace': self.namespace,
'macro_style_name': name_utilities.to_macro_style(self.namespace),
'declare_conditional_macros': self._declare_conditional_macros(),
'unconditional_macros': '\n'.join(sorted(set(map(self._unconditional_macro, self._unconditional_entries)))),
'conditional_macros': '\n'.join(map(self._conditional_macros, self._entries_by_conditional.keys())),
}
def generate_interfaces_header(self):
base_header_for_suffix = ''
if self.suffix:
base_header_for_suffix = '\n#include "core/%(namespace)sInterfaces.h"\n' % {'namespace': self.namespace}
return INTERFACES_HEADER_TEMPLATE % {
'license': license.license_for_generated_cpp(),
'namespace': self.namespace,
'suffix': self.suffix,
'base_header_for_suffix': base_header_for_suffix,
'macro_style_name': name_utilities.to_macro_style(self.namespace + self.suffix),
'declare_conditional_macros': self._declare_conditional_macros(),
'unconditional_macros': '\n'.join(sorted(set(map(self._unconditional_macro, self._unconditional_entries)))),
'conditional_macros': '\n'.join(map(self._conditional_macros, self._entries_by_conditional.keys())),
}
def _declare_one_conditional_macro(self, conditional, entries):
macro_name = '%(macro_style_name)s_INTERFACES_FOR_EACH_%(conditional)s' % {
'macro_style_name': name_utilities.to_macro_style(self.namespace + self.suffix),
'conditional': conditional,
}
return self.wrap_with_condition("""#define %(macro_name)s(macro) \\
%(declarations)s
#else
#define %(macro_name)s(macro)""" % {
'macro_name': macro_name,
'declarations': '\n'.join(sorted(set([
' macro(%(cpp_name)s) \\' % {'cpp_name': name_utilities.cpp_name(entry)}
for entry in entries]))),
}, conditional)
def _declare_one_conditional_macro(self, conditional, entries):
macro_name = '%(macro_style_name)s_INTERFACES_FOR_EACH_%(conditional)s' % {
'macro_style_name': name_utilities.to_macro_style(self.namespace),
'conditional': conditional,
}
return self.wrap_with_condition("""#define %(macro_name)s(macro) \\
%(declarations)s
#else
#define %(macro_name)s(macro)""" % {
'macro_name': macro_name,
'declarations': '\n'.join(sorted(set([
' macro(%(cpp_name)s) \\' % {'cpp_name': name_utilities.cpp_name(entry)}
for entry in entries]))),
}, conditional)
def _conditional_macros(self, conditional):
return ' %(macro_style_name)s_INTERFACES_FOR_EACH_%(conditional)s(macro) \\' % {
'macro_style_name': name_utilities.to_macro_style(self.namespace + self.suffix),
'conditional': conditional,
}
