def _symbol(entry):
if entry['Symbol'] is not None:
return entry['Symbol']
# FIXME: Remove this special case for the ugly x-webkit-foo attributes.
if entry['name'].original.startswith('-webkit-'):
return entry['name'].original.replace('-', '_')[1:]
return name_utilities.cpp_name(entry).replace('-', '_').replace(' ', '_')
def _symbol(entry):
if entry['Symbol'] is not None:
return entry['Symbol']
# FIXME: Remove this special case for the ugly x-webkit-foo attributes.
if entry['name'].startswith('-webkit-'):
return entry['name'].replace('-', '_')[1:]
return name_utilities.cpp_name(entry).replace('-', '_')
def _headers_header_includes(self, entries):
includes = dict()
for entry in entries:
cpp_name = name_utilities.cpp_name(entry)
# Avoid duplicate includes.
if cpp_name in includes:
continue
includes[cpp_name] = self._headers_header_include_path(entry)
return sorted(includes.values())
def _sort_entries_by_conditional(self):
unconditional_names = set()
for entry in self.in_file.name_dictionaries:
conditional = entry['Conditional']
if not conditional:
cpp_name = name_utilities.cpp_name(entry)
if cpp_name in unconditional_names:
continue
unconditional_names.add(cpp_name)
self._unconditional_entries.append(entry)
continue
for entry in self.in_file.name_dictionaries:
cpp_name = name_utilities.cpp_name(entry)
if cpp_name in unconditional_names:
continue
conditional = entry['Conditional']
if not conditional in self._entries_by_conditional:
self._entries_by_conditional[conditional] = []
self._entries_by_conditional[conditional].append(entry)
def _sort_entries_by_conditional(self):
unconditional_names = set()
for entry in self.in_file.name_dictionaries:
conditional = entry['Conditional']
if not conditional:
cpp_name = name_utilities.cpp_name(entry)
if cpp_name in unconditional_names:
continue
unconditional_names.add(cpp_name)
self._unconditional_entries.append(entry)
continue
for entry in self.in_file.name_dictionaries:
cpp_name = name_utilities.cpp_name(entry)
if cpp_name in unconditional_names:
continue
conditional = entry['Conditional']
if not conditional in self._entries_by_conditional:
self._entries_by_conditional[conditional] = []
self._entries_by_conditional[conditional].append(entry)
def _headers_header_includes(self, entries):
includes = dict()
for entry in entries:
cpp_name = name_utilities.cpp_name(entry)
# Avoid duplicate includes.
if cpp_name in includes:
continue
include = '#include "%(path)s"\n' % {
'path': self._headers_header_include_path(entry),
}
includes[cpp_name] = self.wrap_with_condition(include, entry['Conditional'])
return includes.values()
def _headers_header_includes(self, entries):
includes = dict()
for entry in entries:
cpp_name = name_utilities.cpp_name(entry)
# Avoid duplicate includes.
if cpp_name in includes:
continue
include = '#include "%(path)s"\n' % {
'path': self._headers_header_include_path(entry),
}
includes[cpp_name] = self.wrap_with_condition(
include, entry['Conditional'])
return includes.values()
def _factory_implementation(self, event):
if event['RuntimeEnabled']:
runtime_condition = ' && RuntimeEnabledFeatures::%s()' % name_utilities.lower_first(event['RuntimeEnabled'])
else:
runtime_condition = ''
script_name = name_utilities.script_name(event)
cpp_name = name_utilities.cpp_name(event)
implementation = """ if (type == "%(script_name)s"%(runtime_condition)s)
return %(cpp_name)s::create();""" % {
'script_name': script_name,
'runtime_condition': runtime_condition,
'cpp_name': cpp_name,
}
return self.wrap_with_condition(implementation, event['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 + 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 _headers_header_includes(self, entries):
includes = dict()
for entry in entries:
cpp_name = name_utilities.cpp_name(entry)
# Avoid duplicate includes.
if cpp_name in includes:
continue
if self.suffix == 'Modules':
subdir_name = 'modules'
else:
subdir_name = 'core'
includes[cpp_name] = '#include "%(path)s"\n#include "bindings/%(subdir_name)s/v8/V8%(script_name)s.h"' % {
'path': self._headers_header_include_path(entry),
'script_name': name_utilities.script_name(entry),
'subdir_name': subdir_name,
}
return includes.values()
def _headers_header_includes(self, entries):
includes = dict()
for entry in entries:
cpp_name = name_utilities.cpp_name(entry)
# Avoid duplicate includes.
if cpp_name in includes:
continue
if self.suffix == 'Modules':
subdir_name = 'modules'
else:
subdir_name = 'core'
includes[
cpp_name] = '#include "%(path)s"\n#include "bindings/%(subdir_name)s/v8/V8%(script_name)s.h"' % {
'path': self._headers_header_include_path(entry),
'script_name': name_utilities.script_name(entry),
'subdir_name': subdir_name,
}
return includes.values()
def _headers_header_include_path(self, entry):
path = entry['interfaceHeaderDir']
if len(path):
path += '/'
return path + self.get_file_basename(name_utilities.cpp_name(entry)) + '.h'
def _headers_header_include_path(self, entry):
path = entry['interfaceHeaderDir']
if not path:
return None
return path + '/' + self.get_file_basename(
name_utilities.cpp_name(entry)) + '.h'
def _unconditional_macro(self, entry):
return ' macro(%(cpp_name)s) \\' % {
'cpp_name': name_utilities.cpp_name(entry)
}
def _unconditional_macro(self, entry):
return ' macro(%(cpp_name)s) \\' % {'cpp_name': name_utilities.cpp_name(entry)}
def _symbol(entry):
# FIXME: Remove this special case for the ugly x-webkit-foo attributes.
if entry['name'].startswith('-webkit-'):
return entry['name'].replace('-', '_')[1:]
return name_utilities.cpp_name(entry)
def _symbol(tag):
return name_utilities.cpp_name(tag).replace('-', '_')
def _symbol(tag):
# FIXME: Remove this special case for the ugly x-webkit-foo attributes.
if tag['name'].startswith('-webkit-'):
return tag['name'].replace('-', '_')[1:]
return name_utilities.cpp_name(tag).replace('-', '_')
