def dictionary_impl_context(dictionary, interfaces_info):
def remove_duplicate_members(members):
# When [ImplementedAs] is used, cpp_name can conflict. For example,
# dictionary D { long foo; [ImplementedAs=foo, DeprecateAs=Foo] long oldFoo; };
# This function removes such duplications, checking they have the same type.
members_dict = {}
for member in members:
cpp_name = member['cpp_name']
duplicated_member = members_dict.get(cpp_name)
if duplicated_member and duplicated_member != member:
raise Exception('Member name conflict: %s' % cpp_name)
members_dict[cpp_name] = member
return sorted(members_dict.values(), key=lambda member: member['cpp_name'])
includes.clear()
header_includes = set(['platform/heap/Handle.h'])
members = [member_impl_context(member, interfaces_info, header_includes)
for member in dictionary.members]
members = remove_duplicate_members(members)
context = {
'header_includes': header_includes,
'cpp_class': v8_utilities.cpp_name(dictionary),
'members': members,
}
if dictionary.parent:
context['parent_cpp_class'] = v8_utilities.cpp_name_from_interfaces_info(
dictionary.parent, interfaces_info)
parent_interface_info = interfaces_info.get(dictionary.parent)
if parent_interface_info:
context['header_includes'].add(
parent_interface_info['include_path'])
return context
def dictionary_context(dictionary, interfaces_info):
includes.clear()
includes.update(DICTIONARY_CPP_INCLUDES)
members = [member_context(dictionary, member)
for member in sorted(dictionary.members,
key=operator.attrgetter('name'))]
for member in members:
if member['runtime_enabled_function']:
includes.add('platform/RuntimeEnabledFeatures.h')
break
cpp_class = v8_utilities.cpp_name(dictionary)
context = {
'cpp_class': cpp_class,
'header_includes': set(DICTIONARY_H_INCLUDES),
'members': members,
'required_member_names': sorted([member.name
for member in dictionary.members
if member.is_required]),
'use_permissive_dictionary_conversion': 'PermissiveDictionaryConversion' in dictionary.extended_attributes,
'v8_class': v8_types.v8_type(cpp_class),
'v8_original_class': v8_types.v8_type(dictionary.name),
}
if dictionary.parent:
IdlType(dictionary.parent).add_includes_for_type()
parent_cpp_class = v8_utilities.cpp_name_from_interfaces_info(
dictionary.parent, interfaces_info)
context.update({
'parent_cpp_class': parent_cpp_class,
'parent_v8_class': v8_types.v8_type(parent_cpp_class),
})
return context
def dictionary_impl_context(dictionary, interfaces_info):
def remove_duplicate_members(members):
# When [ImplementedAs] is used, cpp_name can conflict. For example,
# dictionary D { long foo; [ImplementedAs=foo, DeprecateAs=Foo] long oldFoo; };
# This function removes such duplications, checking they have the same type.
members_dict = {}
for member in members:
cpp_name = member['cpp_name']
duplicated_member = members_dict.get(cpp_name)
if duplicated_member and duplicated_member != member:
raise Exception('Member name conflict: %s' % cpp_name)
members_dict[cpp_name] = member
return sorted(members_dict.values(), key=lambda member: member['cpp_name'])
includes.clear()
header_includes = set(['platform/heap/Handle.h'])
members = [member_impl_context(member, interfaces_info, header_includes)
for member in dictionary.members]
members = remove_duplicate_members(members)
context = {
'header_includes': header_includes,
'cpp_class': v8_utilities.cpp_name(dictionary),
'members': members,
}
if dictionary.parent:
context['parent_cpp_class'] = v8_utilities.cpp_name_from_interfaces_info(
dictionary.parent, interfaces_info)
parent_interface_info = interfaces_info.get(dictionary.parent)
if parent_interface_info:
context['header_includes'].add(
parent_interface_info['include_path'])
return context
def dictionary_context(dictionary, interfaces_info):
includes.clear()
includes.update(DICTIONARY_CPP_INCLUDES)
cpp_class = v8_utilities.cpp_name(dictionary)
context = {
'cpp_class':
cpp_class,
'header_includes':
set(DICTIONARY_H_INCLUDES),
'members': [
member_context(dictionary, member)
for member in sorted(dictionary.members,
key=operator.attrgetter('name'))
],
'use_permissive_dictionary_conversion':
'PermissiveDictionaryConversion' in dictionary.extended_attributes,
'v8_class':
v8_types.v8_type(cpp_class),
'v8_original_class':
v8_types.v8_type(dictionary.name),
}
if dictionary.parent:
IdlType(dictionary.parent).add_includes_for_type()
parent_cpp_class = v8_utilities.cpp_name_from_interfaces_info(
dictionary.parent, interfaces_info)
context.update({
'parent_cpp_class': parent_cpp_class,
'parent_v8_class': v8_types.v8_type(parent_cpp_class),
})
return context
def dictionary_context(dictionary, interfaces_info):
includes.clear()
includes.update(DICTIONARY_CPP_INCLUDES)
if 'RuntimeEnabled' in dictionary.extended_attributes:
raise Exception('Dictionary cannot be RuntimeEnabled: %s' %
dictionary.name)
members = [
member_context(dictionary, member)
for member in sorted(dictionary.members,
key=operator.attrgetter('name'))
]
for member in members:
if member['runtime_enabled_feature_name']:
includes.add('platform/runtime_enabled_features.h')
break
has_origin_trial_members = False
for member in members:
if member['origin_trial_feature_name']:
has_origin_trial_members = True
includes.add('core/origin_trials/origin_trials.h')
break
cpp_class = v8_utilities.cpp_name(dictionary)
context = {
'cpp_class':
cpp_class,
'has_origin_trial_members':
has_origin_trial_members,
'header_includes':
set(DICTIONARY_H_INCLUDES),
'members':
members,
'required_member_names':
sorted([
member.name for member in dictionary.members if member.is_required
]),
'use_permissive_dictionary_conversion':
'PermissiveDictionaryConversion' in dictionary.extended_attributes,
'v8_class':
v8_types.v8_type(cpp_class),
'v8_original_class':
v8_types.v8_type(dictionary.name),
}
if dictionary.parent:
IdlType(dictionary.parent).add_includes_for_type()
parent_cpp_class = v8_utilities.cpp_name_from_interfaces_info(
dictionary.parent, interfaces_info)
context.update({
'parent_cpp_class': parent_cpp_class,
'parent_v8_class': v8_types.v8_type(parent_cpp_class),
})
return context
def dictionary_context(dictionary, interfaces_info):
includes.clear()
includes.update(DICTIONARY_CPP_INCLUDES)
cpp_class = v8_utilities.cpp_name(dictionary)
context = {
"cpp_class": cpp_class,
"header_includes": set(DICTIONARY_H_INCLUDES),
"members": [
member_context(dictionary, member) for member in sorted(dictionary.members, key=operator.attrgetter("name"))
],
"use_permissive_dictionary_conversion": "PermissiveDictionaryConversion" in dictionary.extended_attributes,
"v8_class": v8_types.v8_type(cpp_class),
"v8_original_class": v8_types.v8_type(dictionary.name),
}
if dictionary.parent:
IdlType(dictionary.parent).add_includes_for_type()
parent_cpp_class = v8_utilities.cpp_name_from_interfaces_info(dictionary.parent, interfaces_info)
context.update({"parent_cpp_class": parent_cpp_class, "parent_v8_class": v8_types.v8_type(parent_cpp_class)})
return context
def dictionary_context(dictionary, interfaces_info):
includes.clear()
includes.update(DICTIONARY_CPP_INCLUDES)
cpp_class = v8_utilities.cpp_name(dictionary)
context = {
'cpp_class': cpp_class,
'header_includes': set(DICTIONARY_H_INCLUDES),
'members': [member_context(dictionary, member)
for member in sorted(dictionary.members,
key=operator.attrgetter('name'))],
'use_permissive_dictionary_conversion': 'PermissiveDictionaryConversion' in dictionary.extended_attributes,
'v8_class': v8_types.v8_type(cpp_class),
'v8_original_class': v8_types.v8_type(dictionary.name),
}
if dictionary.parent:
IdlType(dictionary.parent).add_includes_for_type()
parent_cpp_class = v8_utilities.cpp_name_from_interfaces_info(
dictionary.parent, interfaces_info)
context.update({
'parent_cpp_class': parent_cpp_class,
'parent_v8_class': v8_types.v8_type(parent_cpp_class),
})
return context
